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Products

Pressure Sewing Machine

Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Opener

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Body Materials
Maximum Working Pressure
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Maximum Working Temperature
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Desing Standards
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Beam Loom

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Body Materials
Maximum Working Pressure
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Maximum Working Temperature
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Desing Standards
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Mill

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Maximum Working Temperature
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Bakery Wagons

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Body Materials
Maximum Working Pressure
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Maximum Working Temperature
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Desing Standards
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Oven

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Heat Recovery Facilities

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Dryer

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Retouch and Glaze Cabinet

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Cırculatıon Tank

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Stock Tank

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Base Erase

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Thermoblock

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Stand

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Rotary Joint Type F

Rotating Unions produced in cooperation with IGATEC and Akvemtek can be used anywhere, in order to feed various liquid and / or gaseous liquids, a rotating part of energy must be at the same time or with a time delay. Thanks to the applicable material selection, IGATEC AKVEMTEK Swivel Joints can be used virtually. IGATEC AKVEMTEK Rotary Joints are customized solutions, fully adapted to people's limits. For this reason, both design and production are carried out in close cooperation with our assemblies.

Dimensions
According to customers specification,
Body Materials
According to customers specification,
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Flange (ANSI/DIN/special), welding, threaded (female/male, NPT, BSP, etc.), compression fitting, spe
Desing Standards
Test Standards

Rotary Joint Type E

Rotating Unions produced in cooperation with IGATEC and Akvemtek can be used anywhere, in order to feed various liquid and / or gaseous liquids, a rotating part of energy must be at the same time or with a time delay. Thanks to the applicable material selection, IGATEC AKVEMTEK Swivel Joints can be used virtually. IGATEC AKVEMTEK Rotary Joints are customized solutions, fully adapted to people's limits. For this reason, both design and production are carried out in close cooperation with our assemblies.
Dimensions
According to customers specification,
Body Materials
According to customers specification,
Maximum Working Pressure
according to fluid up to 360 psi / 25 bar
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Rotary Joint Type D

Rotating Unions produced in cooperation with IGATEC and Akvemtek can be used anywhere, in order to feed various liquid and / or gaseous liquids, a rotating part of energy must be at the same time or with a time delay. Thanks to the applicable material selection, IGATEC AKVEMTEK Swivel Joints can be used virtually. IGATEC AKVEMTEK Rotary Joints are customized solutions, fully adapted to people's limits. For this reason, both design and production are carried out in close cooperation with our assemblies.
Dimensions
According to customers specification,
Body Materials
According to customers specification,
Maximum Working Pressure
according to fluid up to 360 psi / 25 bar
Seat Materials
Maximum Working Temperature
Connection Standards
Flange (ANSI/DIN/special), welding, threaded (female/male, NPT, BSP, etc.), compression fitting, spe
Desing Standards
Test Standards

Rotary Joint Type C

Rotating Unions produced in cooperation with IGATEC and Akvemtek can be used anywhere, in order to feed various liquid and / or gaseous liquids, a rotating part of energy must be at the same time or with a time delay. Thanks to the applicable material selection, IGATEC AKVEMTEK Swivel Joints can be used virtually. IGATEC AKVEMTEK Rotary Joints are customized solutions, fully adapted to people's limits. For this reason, both design and production are carried out in close cooperation with our assemblies.
Dimensions
DN10 / 3 /8
Body Materials
1.4571 [other materials on request e.g. Aluminium, Hastelloy, etc.]
Maximum Working Pressure
250 bar / 3.626 psi
Seat Materials
Maximum Working Temperature
80°C / 176°F
Connection Standards
iG 3 /8
Desing Standards
Test Standards

Rotary Joint Type B

Rotary Joints produced in cooperation with IGATEC and Akvemtek will be used everywhere various liquid and/or gaseous fluids need to be fed rotating part of the equipment at the same time or time delayed. Thanks to the applicable material selection, IGATEC AKVEMTEK Swivel Joints can be used for pretty much its task. IGATEC AKVEMTEK Rotary Joints are customized solutions fully adapted to the needs of children. Therefore, both design, production and Our installations are carried out in close cooperation with our customers.
Dimensions
According to customers specification,
Body Materials
According to customers specification,
Maximum Working Pressure
according to fluid up to 232 psi / 16 bar
Seat Materials
Maximum Working Temperature
Connection Standards
Flange (ANSI/DIN/special), welding, threaded (female/male, NPT, BSP, etc.), compression fitting, spe
Desing Standards
Test Standards

Rotary Joint Type A

Rotary Joints produced in cooperation with IGATEC and Akvemtek will be used everywhere various liquid and/or gaseous fluids need to be fed rotating part of the equipment at the same time or time delayed. Thanks to the applicable material selection, IGATEC AKVEMTEK Swivel Joints can be used for pretty much its task. IGATEC AKVEMTEK Rotary Joints are customized solutions fully adapted to the needs of children. Therefore, both design, production and Our installations are carried out in close cooperation with our customers.
Dimensions
DN15 / 1 /2
Body Materials
1.4571 [other materials on request e.g. Aluminium, Hastelloy, etc.]
Maximum Working Pressure
10 bar / 145 psi
Seat Materials
Maximum Working Temperature
maximum 250°C / 482°F
Connection Standards
Threaded (female/male, NPT, BSP, etc.), compression fitting, special
Desing Standards
Test Standards

LOADING ARM – TOP SPOT® LOADING SYSTEM

IGATEC AKVEMTEK Top Fill Their systems have flexible mobility. In this way, it is placed on the vehicle to be filled. It can easily position your operators' production. With a filling lever, different vehicle You have the opportunity to perform positioning and filling / unloading operations even in the compartments. Top Fill Systems operators used to control the system. Vehicle mobility in positioning on It is preferable to use the ladder system.
Dimensions
Maximum 10" (DN250)
Body Materials
Standard (1.4571, 25CrMo4), Stainless steel, Carbon steel, Low temperature steels, PTFE
Maximum Working Pressure
maximum 232 psi / 16 bar
Seat Materials
Maximum Working Temperature
-76°F to 122°F / -60°C to 50°C
Connection Standards
Desing Standards
Test Standards

On-Site Filling System

IGATEC AKVEMTEK Top Fill Their systems have flexible mobility. In this way, it is placed on the vehicle to be filled. your operators can easily position equipment. With a filling lever, different vehicle You have the opportunity to perform the positioning and filling / unloading process even at heights. Top Filling Systems for operators It is used to control the system. Vehicle in positioning on movable It is preferred to use a ladder system.
Dimensions
Maximum 10" (DN250)
Body Materials
Standard (1.4571, 25CrMo4), Stainless steel, Carbon steel, Low temperature steels, PTFE
Maximum Working Pressure
maximum 232 psi / 16 bar
Seat Materials
Maximum Working Temperature
-76°F to 122°F / -60°C to 50°C
Connection Standards
Desing Standards
Test Standards

LOADING ARM – BOTTOM LOADING

IGATEC AKVEMTEK Bottom Filling Their systems have flexible mobility. In this way, the vehicle to be filled It can easily position your operators' production. With a filling lever, different vehicle even across types and filler neck distances. positioning and filling/unloading process You have the opportunity to give instead. too flexible and thanks to its easy movement structure, filling / filling There is no need to make exact parking alignment of the vehicle to be unloaded.
Dimensions
4″ / DN100 up to 6″ / DN150
Body Materials
Standard (1.4571, 25CrMo4), Stainless steel, Carbon steel, Low temperature steels, PTFE
Maximum Working Pressure
up to 232 psi / 16 bar
Seat Materials
Maximum Working Temperature
-76°F to 122°F / -60°C to 50°C
Connection Standards
Desing Standards
Test Standards

Top Fill System-Liquids

IGATEC AKVEMTEK Top Fill Their systems have flexible mobility. In this way, it is placed on the vehicle to be filled. your operators can easily position equipment. With a filling lever, different vehicle You have the opportunity to perform the positioning and filling / unloading process even at heights. Top Filling Systems for operators It is used to control the system. Vehicle in positioning on movable It is preferred to use a ladder system.
Dimensions
DN25 / 1" - DN150 / 6"
Body Materials
Standard (1.4571, 25CrMo4), Stainless steel, Carbon steel, Low temperature steels, PTFE
Maximum Working Pressure
maximum 232 psi / 16 bar
Seat Materials
Maximum Working Temperature
–76°F to 302°F / -60°C to 150°C
Connection Standards
Desing Standards
Test Standards

Top Filling System-Liquefied Gases

IGATEC AKVEMTEK Top Fill Their systems have flexible mobility. In this way, it is placed on the vehicle to be filled. your operators can easily position equipment. With a filling lever, different vehicle You have the opportunity to perform the positioning and filling / unloading process even at heights. Top Filling Systems for operators It is used to control the system. Vehicle in positioning on movable It is preferred to use a ladder system.
Dimensions
2" (DN50) - 3" (DN80)
Body Materials
Standard (1.4571, 25CrMo4), Stainless steel, Carbon steel, Low temperature steels, PTFE
Maximum Working Pressure
Vacum 40 bar / 580 psi
Seat Materials
Maximum Working Temperature
-60°C - 250°C / -76°F - 482°F
Connection Standards
Desing Standards
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Split Type Electric Actuator

Kumag and Akvemtek work in cooperation to meet the expectations of measurements with a regional quality service approach. Its wide range of applications also includes the strong selection of electric actuator, high temperature environment, high humidity environment, activity equipment of strong productive interference and pipe cleaning etc. It necessarily involves frequent confrontation with various complex working conditions in the field, including Intelligent control unit is electrical control. Part of the original integrated actuator. The field operation unit includes the collection and transmission of engine, mechanical programming, valve position display, and torque information.
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IOT based Electric Actuator

With the rapid advancement of internet technology and the explosion of mass information, people's lifestyles have undergone significant changes. Similarly, this growth will have a profound impact on the development of industrial products. With the widespread adoption of the 'Industry 4.0' concept, digitization, connectivity, and intelligence have become the inevitable trends in the development of modern industrial products. The role of industrial automation products based on Internet of Things (IoT) technology is also beginning to emerge. In this context, industrial automation products represented by Kumag and Akvemtek, such as valve electric actuators, are equipped with intelligence based on IoT technology. These modern industrial products combine deep perception, intelligent decision-making, precise execution, simplicity, intelligence, IoT functionality, and cloud technology, and they continue to play an effective role in their development.
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Part-Turn Electric Actuator

Kumag and Akvemtek prioritize working collaboratively with a commitment to high-quality service to meet their customers' expectations. The Part-Turn Electric Actuator, on the other hand, is a type of electric actuator used to automate valve control in industrial processes. These actuators typically work in conjunction with quarter-turn valves and use electrical power to precisely control valve positions. Part-Turn Electric Actuators are widely used in industrial facilities as a crucial component of automation and remote control systems. They offer advantages such as energy efficiency, precision, and extended lifespan, playing a significant role in enhancing the efficiency of industrial processes.
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Linear Electric Actuator

Kumag and Akvemtek prioritize working collaboratively with a commitment to high-quality service to meet their customers' expectations. Linear electric actuators are devices that use electrical energy to provide linear motion. These actuators are used in various industrial applications and produce linear motion through the use of a piston or screw mechanism. Linear electric actuators play a significant role in precision control, automation, and remote control systems. They are commonly used for tasks such as door opening and closing, load transportation, and positioning. These actuators offer advantages such as energy efficiency, low maintenance requirements, and a long lifespan, contributing to the reliable and precise linear motion in industrial processes.
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Multi-Turn Electric Actuator

Kumag and Akvemtek primarily collaborate to meet their customers' expectations with a commitment to quality service. They offer a wide range of actuators and control products tailored for industrial and process control. Their products are developed in line with the latest technology, comply with international standards, and can be adapted to various operating conditions. Kumag and Akvemtek's product portfolio includes quarter-turn electric actuators and linear electric actuators, which have proven successful in industries such as oil and gas, offshore platforms, petrochemicals, chemicals, and energy. These intelligent actuators are characterized by precision, long service life, and user-friendly control and diagnostic procedures. They combine smart mechanical transmission technology with advanced digital valve technology. Notably, UGD series actuators are fully intelligent without being intrusive.
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Roller Free Flow Conveyors

Akvemtek and Orpima offer syrup roller systems. These systems include stainless or aluminum roller systems, adjustable incline, and E-guide stopper system. Focused on the industrial needs of customers, Akvemtek and Orpima design and provide their products to make your business processes more efficient.
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Maximum Working Pressure
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Inclined Transfer Conveyors

Akvemtek and Orpima offer polyurethane belt systems. These systems include custom-sized springs, adjustable angle design, bidirectional operation, and optional automation applications. Focused on the industrial needs of customers, Akvemtek and Orpima design and provide their products to make your business processes more efficient.
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Roller Driven Conveyor Applications

Akvemtek and Orpima offer driven roller systems. These systems include stainless or aluminum roller systems, stainless or painted body design, and optional automation applications. Focused on the industrial needs of customers, Akvemtek and Orpima design and provide their products to make your business processes more efficient.
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Product Separation Conveyor Applications

Akvemtek and Orpima offer polyurethane belt systems. These systems include different speed system design, pneumatic and electric separators, optional automation applications, and optional cabin designs. Focused on the industrial needs of customers, Akvemtek and Orpima design and provide their products to make your business processes more efficient.
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Product Stacking Conveyor Applications

Akvemtek and Orpima offer plastic or metal pallet conveyor systems. These systems include optional servo motor control, stopper system, custom guide systems, and optional automation applications. Focused on the industrial needs of customers, Akvemtek and Orpima design and provide their products to make your business processes more efficient." User Poliüretan Ban Sistemi Farklı Devirli Sistem Tasarımı Pnomatik Ve Elektrikli Seperatör İsteğe Bağlı Otomasyon Uygulamaları İsteğe Bağlı Kabin Tasarımları ChatGPT Certainly, here's the text with mentions of "Akvemtek" and "Orpima" companies in both Turkish and English: Turkish: "Akvemtek ve Orpima, poliüretan bant sistemleri sunar. Bu sistemler farklı devirli sistem tasarımı, pnömatik ve elektrikli separatör, isteğe bağlı otomasyon uygulamaları ve isteğe bağlı kabin tasarımlarını içerir. Müşterilerin endüstriyel ihtiyaçlarına odaklanan Akvemtek ve Orpima, ürünlerini iş süreçlerinizi daha verimli hale getirmeniz için tasarlar ve sunar." English: "Akvemtek and Orpima offer polyurethane belt systems. These systems include different speed system design, pneumatic and electric separators, optional automation applications, and optional cabin designs. Focused on the industrial needs of customers, Akvemtek and Orpima design and provide their products to make your business processes more efficient.
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Maximum Working Temperature
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Crawler Conveyor Applications

Akvemtek and Orpima offer comprehensive products with features such as metal and plastic pallet applications, custom guide systems, optional servo drive applications, optional automation applications, and bidirectional working systems. Focused on customer needs, Akvemtek and Orpima provide special solutions to make your industrial processes more efficient.
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Hygienic Design Tape Applications

Akvemtek and Orpima offer products with features such as hygienic belt application, IP69-rated motor and bearings, easy disassembly design, tensionless operation system, and hygienic overall design. Focusing on the needs of their customers, Akvemtek and Orpima provide solutions for making your industrial processes hygienic and efficient.
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Standard Polyurethane Tape Applications

Akvemtek and Orpima offer a comprehensive product range, including polyurethane belt system, custom-sized springs, adjustable angle design, a system that can work in both directions, and optional automation applications. Prioritizing customer requests, Akvemtek and Orpima help you make your industrial processes more efficient and flexible.
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Supply of 5 Chocolate Rollers, 1400 and 1800 Rolls

Akvemtek and Orpima offer comprehensive services tailored to your industrial needs, including the revision of valves, the supply of new valves and gear assemblies, and the supply of bearing units. Prioritizing customer satisfaction, Akvemtek and Orpima are reliable partners for the maintenance and renewal of your industrial equipment.
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5 Chocolate Thinning Cylinder 1800 mm

Akvemtek and Orpima offer a chocolate refining system with hygienic design. The advantages of this system include homogeneous thickness distribution, gap-adjustable or proportional pressure-controlled hydrodynamic pressing system, and flexible automation system application. They provide an optional thickness measurement system for quality control and optimization of your products. Akvemtek and Orpima enhance industrial chocolate production by combining hygienic design and automation seamlessly.
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Melanger Chocolate Thinner

Akvemtek and Orpima, with their traditional chocolate refining system, combine industrial processes with traditional features. This system includes natural granite rollers and a natural granite base system. Additionally, it offers flexible control through a spring-loaded pressure adjustment system. They offer various size and capacity options as per your product needs. Akvemtek and Orpima combine the authenticity of the traditional method with industrial solutions to help you achieve excellent results.
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Ball Refinement Mill

Akvemtek and Orpima stand out with their specially designed products and unique solutions to meet industrial needs. This special product range includes a special hardened rotor system, main body cooling and heating system, fully automatic automation system with an industrial PC, product contact surfaces made of AISI304 quality stainless steel. Additionally, the use of steel balls in different sizes provides flexibility for various industrial applications.
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6 – 4.5 – 3 Ton Capacity Chocolate Conching Machine

Akvemtek and Orpima stand out with their innovative product range developed to address the industrial needs of their customers. This product range includes a single agitator mixing system, a closed-loop jacket heating and cooling system, flexible and user-friendly automation, a sampling system, and steam and electric heating systems.
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ORP 500 Re-Crystallization System

This system, developed in cooperation with Akvemtek and Orpima, makes your operations more efficient thanks to the expansion compensation system. The optional insulation feature provides a more environmentally friendly solution while saving energy. The system is constructed entirely using AISI304 grade stainless steel material, ensuring durability and longevity. The tubular exchanger system optimizes heat transfer and makes your operations more efficient.
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ORP 500 Chocolate Tempering Machine

This system, offered in cooperation with Akvemtek and Orpima, offers the ability to operate with +/- 0.5 °C accuracy. Additionally, it has the ability to control four different sections with the crystallization adjustment system. The control system with industrial PC allows you to monitor and manage your processes efficiently. The pressure protection system with pressure transmitter increases safety and makes your operations safer. Additionally, you can easily direct and optimize your processes with the product recipe control system.
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Blade Powder Grinding Head

These products, developed in cooperation with Akvemtek and Orpima companies, offer an optionally balanced blade rotor group option. This option allows you to manage your transactions more precisely and securely. Additionally, hardened rotary and fixed blades increase the durability and longevity of your products. The feature of selecting sieves of the desired fineness offers the flexibility to bring your products to the dimensions you want. The cover lock safety system increases security and makes your transactions safer.
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Powder Grinding Head with Pin

This special product range, developed in cooperation with Akvemtek and Orpima companies, offers you the option of an optional balanced pin rotor group. This allows you to manage your transactions more precisely. In addition, the lid is equipped with a lock safety system, which makes your operations safer while increasing security. The hardened rotor and pin assembly increase the durability and longevity of your products.
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Platform Powder Grinding System

This special product range, offered in cooperation with Akvemtek and Orpima, offers you the option of optional mills, thus allowing you to further customize your processes. Additionally, the optional metal detector application allows you to check your products against unwanted metal contamination with Akvemtek and Orpima quality. Rotary lock group feeding feature helps you to process your products quickly and safely.
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Powder Grinding System with Cooling Cycle

This exclusive product range is offered in collaboration with Akvemtek and Orpima and offers optional pin or blade mill options, allowing you to further customize your processes. Also, the jacket cooling feature helps keep your products at the desired temperature. The optional pre-mill metal detector application offers an additional advantage for Akvemtek and Orpima to improve quality and safety. In this way, you can increase product quality and safety by detecting unwanted metal contaminations. With these features, you can make your transactions more efficient and secure.
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Round Inclined Closed Type Screw Conveyor

Akvemtek and Orpima companies offer a versatile range of products, featuring various size and diameter options tailored to your industrial needs. This product range provides product-specific helical blade types that can be customized according to your unique requirements. Special design options based on application needs enhance the adaptability of these products, offering both direct-coupled and chain-driven options to accommodate various working conditions. Furthermore, they provide a choice between painted or stainless steel materials, ensuring durability and resistance in different environments. You also have the option to add heating and cooling jackets as needed, allowing you to optimize and control your processes. Akvemtek and Orpima empower industrial processes with quality, versatility, and customization.
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Twisted Screw Conveyor with Cover

Akvemtek and Orpima, renowned for their excellence in engineering and innovation, have collaborated to bring you a versatile range of products that cater to your specific industrial needs. This product lineup offers a multitude of size and diameter options, allowing you to choose precisely what suits your requirements. One of the standout features is the ability to customize the helical blade type, ensuring that the product is tailored to your unique needs and applications. Whether it's a specialized design based on your particular application or a choice between direct coupling and chain-driven options, Akvemtek and Orpima provide the flexibility you need. Moreover, these products offer a choice between painted or stainless steel materials, providing durability and resistance to suit various environments. For enhanced process control, there's the option of adding heating and cooling jackets, allowing you to optimize your operations. Akvemtek and Orpima have engineered these solutions to empower your industrial processes with quality, versatility, and customization.
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Application of Round Closed Type Screw Conveyor

This range of products, developed in collaboration between Akvemtek and Orpima companies, offers various size and diameter options, providing customers with a wide range of flexibility. Each product can be customized to meet specific customer needs, offering product-specific helical blade types and custom design options based on application requirements. Akvemtek and Orpima's products offer direct-coupled and chain-driven options, making them easily integrable into different applications. Additionally, they provide choices between painted or stainless steel materials for durability and aesthetics. The products also come with optional heating and cooling jacket choices, allowing for greater control and optimization of processes. With this product range, Akvemtek and Orpima provide customers with high quality, flexibility, and customization options.
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Screw Conveyor Application

This versatile system has been developed in collaboration between Akvemtek and Orpima companies, designed to accommodate one or two product outputs, making it highly adaptable to your production needs. It excels in the transfer of various materials, including powders, granules, and even products with shells, such as legumes. You have the option to customize it with an airlock system for enhanced control. Additionally, the system features an observation window with the choice of polycarbonate, providing visibility into the process. Furthermore, the integration of an automated level indicator ensures that you can easily monitor and manage the product levels, enhancing efficiency and precision in your operations.
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Single Effect Fat Melting Machine 300-500 Kg

Manufactured by Akvemtek and Orpima companies, this device features the ability to adjust different temperatures for the coil and stock tank. Additionally, it has an insulated structure. Thanks to its mixing system, it can effectively blend materials. The coil system with an increased surface area enhances heat transfer efficiency, while the pneumatic piston lid system makes the device easier and safer to use. Designed for a wide range of industrial applications, this device is a product of Akvemtek and Orpima companies.
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Double Acting Fat Melting Machine 300-500 kg Capacity

This device, developed in collaboration between Akvemtek and Orpima companies, offers high performance with a pneumatic top press system. The 2-layer melting surface area supports increased material processing capacity, while the drawer-type front screen facilitates the even feeding of materials. The ability to adjust the serpentine and stock tank temperatures separately enhances its suitability for various industrial applications. The automatic lid system makes it easier and safer to use. The insulated design improves energy efficiency, and an automatic temperature control detection system contributes to energy savings. Akvemtek and Orpima guarantee the exceptional performance of this device.
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Pressure Safety Module

In systems operating with water hydraulics (Water Hydraulics), the system prevents damage to the line and elements in the system in cases of pressure fluctuation and also serves as a check valve, serving in equipment operating in many parts of the world with its fast operation, special design and modular structure. ​ ​ With Tiefenbach water hydraulic systems, thanks to the cycle to be made in the equipment, in addition to more environmentally friendly use, the risk of slippage due to oil leaks will not occur, and at the same time, the high amount of monetary loss paid for oil can be eliminated and unlimited amounts of water can be used.
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Pressure Relief Valve

Tiefenbach Water Hydraulic valve, which has 2/2 control structure used to reduce pressure in systems operating in water hydraulics, can operate up to 320 bar pressure. While it can be a standard adjustable pressure reduction, it can also be produced as adjustable. ​ ​ With Akvemtek Vana, special offers can be made according to your project for water hydraulic pressure reducing valves needed in Turkey.
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Pressure Relief Valve

Pressure Relief Valve is specially calibrated and produced in Tiefenbach Water Hydraulic systems, which allows the fluid to be discharged from the system at the pressure value determined according to the system diagram in the process. Thanks to the special conical metal to metal design, it provides long-lasting use even at high pressure of 320 bars. There are two types: direct control pressure safety valve and pilot controlled pressure safety valve.
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Test Standards

Throttle Valve

Tiefenbach Turkey Throttle Check Valve is specially designed for water hydraulics and works based on the metal bearing of the conical shaft inside. It is also possible to produce these products, which can be specially produced depending on the viscosity of the fluid, in a double-conical form. Throttling valves, which can be produced in sizes from DN10 to DN100, can be calibrated between 1 bar and 320 bar.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Proportional Control Valves

Tiefenbach proportional control valves can be offered as direct controlled or pilot controlled. While direct proportional control valves are produced as 2/2 direction, pilot controlled proportional control valves can be produced as 2/2, 3/2 or 4/3. Both types of products have IP 54 protection class. The fluid type is HFA or clean water.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Pilot Acting Directional Control Valves

The maximum pressure of the water hydraulic valve, which can be controlled electrically, hydraulically, pneumatically, mechanically or manually and can be used in many different sectors, is 320 bar. Special safety and explosion-proof products such as Sch and Ex are produced from 100% stainless material since they are used in clean fluids such as water. Direction control valves, which have different product and type options according to demand, are designed and produced in 2/2, 3/2 and 4/3 operating types.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Direct Acting Directional Control Valves

The maximum pressure of the water hydraulic valve, which can be controlled electrically, hydraulically, pneumatically, mechanically or manually and can be used in many different sectors, is 320 bar. This type of directional control valve products, where special production is possible upon request, are produced from 100 percent stainless material since they are used in clean fluids such as water. Directional control valves, which have different product and type options according to demand, are designed and produced in 2/2 and 3/2 operating types.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

2/2 Catridge Valves

The maximum pressure of this water hydraulic valve, which can be used in many different sectors, is 320 bar. This type of directional control valves, which can be produced in normally open or normally closed positions, can be offered in sizes between DN16 and DN200. It may also include a manual stop lever in case of emergency. Since the product is used in clean fluids such as water, it is produced from 100 percent stainless material.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Automatic Cutting Machine

At IDM and Akvemtek, our primary focus is to work closely with customers to provide quality test equipment. Whether from our standard product range or our special testing machines, we strive to meet and satisfy the highest expectations. We can assist a variety of industries, from basic technologies and machinery to state-of-the-art scientific instruments and computer-controlled equipment. These include foam, packaging, paper, plastic and much more. As IDM test equipment for more than 50 years; We are at the forefront of delivering solutions to our customers. We have proven reliability and quality consistency and we are proud of the reputation we have earned and look forward to your continued feedback and support. IDM products, distributed by Akvemtek in Turkey and England, are used in many different regions of the world every day. Our management and staff consist of highly qualified and dedicated individuals who are ready to share their expertise. Our IDM Testing Equipment solutions comply with international quality standards including ISO, BS, AS, Din, EN, JIS, TAPPI, ASTM and others. Our IDM Automatic Cutting Machine Product can offer our customers the opportunity to perform high-reliability testing. ACM series Automatic Cutting Machines have a large cutting area and the function of cutting rectangular and large samples, fast key clamping.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Automatic Notching Machine

At IDM and Akvemtek, our primary focus is to work closely with customers to provide quality test equipment. Whether from our standard product range or our special testing machines, we strive to meet and satisfy the highest expectations. We can assist a variety of industries, from basic technologies and machinery to state-of-the-art scientific instruments and computer-controlled equipment. These include foam, packaging, paper, plastic and much more. As IDM test equipment for more than 50 years; We are at the forefront of delivering solutions to our customers. We have proven reliability and quality consistency and we are proud of the reputation we have earned and look forward to your continued feedback and support. IDM products, distributed by Akvemtek in Turkey and England, are used in many different regions of the world every day. Our management and staff consist of highly qualified and dedicated individuals who are ready to share their expertise. Our IDM Testing Equipment solutions comply with international quality standards including ISO, BS, AS, Din, EN, JIS, TAPPI, ASTM and others. Our IDM Automatic Notching Machine Product can offer our customers the opportunity to perform high-reliability testing. Akvemtek IDM Automatic Notching Machine is mainly used for notching. Samples are preferred for IZOD impact test and CHARPY impact test
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Air Permeability Tester

At IDM and Akvemtek, our primary focus is to work closely with customers to provide quality test equipment. Whether from our standard product range or our special testing machines, we strive to meet and satisfy the highest expectations. We can assist a variety of industries, from basic technologies and machinery to state-of-the-art scientific instruments and computer-controlled equipment. These include foam, packaging, paper, plastic and much more. As IDM test equipment for more than 50 years; We are at the forefront of delivering solutions to our customers. We have proven reliability and quality consistency and we are proud of the reputation we have earned and look forward to your continued feedback and support. IDM products, distributed by Akvemtek in Turkey and England, are used in many different regions of the world every day. Our management and staff consist of highly qualified and dedicated individuals who are ready to share their expertise. Our IDM Testing Equipment solutions comply with international quality standards including ISO, BS, AS, Din, EN, JIS, TAPPI, ASTM and others. Our IDM Air Permeability Tester product can offer our customers the opportunity to perform high reliability tests. This fully automatic device can quickly and accurately test and evaluate the air permeability of various materials such as woven fabrics, knitted fabrics, non-woven fabrics, industrial filter materials, paper and foam products.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Crush Tester

At IDM and Akvemtek, our primary focus is to work closely with customers to provide quality test equipment. Whether from our standard product range or our special testing machines, we strive to meet and satisfy the highest expectations. We can assist a variety of industries, from basic technologies and machinery to state-of-the-art scientific instruments and computer-controlled equipment. These include foam, packaging, paper, plastic and much more. As IDM test equipment for more than 50 years; We are at the forefront of delivering solutions to our customers. We have proven reliability and quality consistency and we are proud of the reputation we have earned and look forward to your continued feedback and support. IDM products, distributed by Akvemtek in Turkey and England, are used in many different regions of the world every day. Our management and staff consist of highly qualified and dedicated individuals who are ready to share their expertise. Our IDM Testing Equipment solutions comply with international quality standards including ISO, BS, AS, Din, EN, JIS, TAPPI, ASTM and others. Our IDM Crush Testing Machine product can offer our customers the opportunity to perform high reliability tests. Akvemtek IDM crush tester CT-2000 determines the compressive strength of corrugated board and its components for QC and R&D purposes. It is a product with high precision and flexible design.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Collection Bag

At IDM and Akvemtek, our primary focus is to work closely with customers to provide quality test equipment. Whether from our standard product range or our special testing machines, we strive to meet and satisfy the highest expectations. We can assist a variety of industries, from basic technologies and machinery to state-of-the-art scientific instruments and computer-controlled equipment. These include foam, packaging, paper, plastic and much more. As IDM test equipment for more than 50 years; We are at the forefront of delivering solutions to our customers. We have proven reliability and quality consistency and we are proud of the reputation we have earned and look forward to your continued feedback and support. IDM products, distributed by Akvemtek in Turkey and England, are used in many different regions of the world every day. Our management and staff consist of highly qualified and dedicated individuals who are ready to share their expertise. Our IDM Testing Equipment solutions comply with international quality standards including ISO, BS, AS, Din, EN, JIS, TAPPI, ASTM and others. Our IDM Pulmac Collection Bag product can offer our customers the opportunity to perform high-reliability testing. Akvemtek IDM Pulmac Collection Bag captures all fibers that cannot pass through a 200 mesh sieve. The products are of high quality and fineness.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Explosion Resistance Test

At IDM and Akvemtek, our primary focus is to work closely with customers to provide quality test equipment. Whether from our standard product range or our special testing machines, we strive to meet and satisfy the highest expectations. We can assist a variety of industries, from basic technologies and machinery to state-of-the-art scientific instruments and computer-controlled equipment. These include foam, packaging, paper, plastic and much more. As IDM test equipment for more than 50 years; We are at the forefront of delivering solutions to our customers. We have proven reliability and quality consistency and we are proud of the reputation we have earned and look forward to your continued feedback and support. IDM products, distributed by Akvemtek in Turkey and England, are used in many different regions of the world every day. Our management and staff consist of highly qualified and dedicated individuals who are ready to share their expertise. Our IDM Testing Equipment solutions comply with international quality standards including ISO, BS, AS, Din, EN, JIS, TAPPI, ASTM and others. Our IDM Explosion Resistance Test Product can offer our customers the opportunity to perform high reliability tests. Akvemtek IDM Tester cast iron BT-21 units use the Mullens method to determine the burst strength of paper, cardboard and corrugated board for quality control and R&D purposes.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Melt Flow Indexer

At IDM and Akvemtek, our primary focus is to work closely with customers to provide quality test equipment. Whether from our standard product range or our special testing machines, we strive to meet and satisfy the highest expectations. We can assist a variety of industries, from basic technologies and machinery to state-of-the-art scientific instruments and computer-controlled equipment. These include foam, packaging, paper, plastic and much more. As IDM test equipment for more than 50 years; We are at the forefront of delivering solutions to our customers. We have proven reliability and quality consistency and we are proud of the reputation we have earned and look forward to your continued feedback and support. IDM products, distributed by Akvemtek in Turkey and England, are used in many different regions of the world every day. Our management and staff consist of highly qualified and dedicated individuals who are ready to share their expertise. Our IDM Testing Equipment solutions comply with international quality standards including ISO, BS, AS, Din, EN, JIS, TAPPI, ASTM and others. Our IDM Melt Flow Indexer Test Product can offer our customers the opportunity to perform high reliability testing. Akvemtek IDM Melt Flow Indexer is for determining the MVR and MFR of thermoplastic. This model can test low melting temperature PE, PP, POM, PS, ABS resin as well as high melting temperature such as PC, Fluor plastics and nylon.
Dimensions
DN 9.47mm
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
100° - 400°C, ± 0.2°C
Connection Standards
Desing Standards
Test Standards

Hydrostatic Pressure Testing Equipment

At IDM and Akvemtek, our primary focus is to work closely with customers to provide quality test equipment. Whether from our standard product range or our special testing machines, we strive to meet and satisfy the highest expectations. We can assist a variety of industries, from basic technologies and machinery to state-of-the-art scientific instruments and computer-controlled equipment. These include foam, packaging, paper, plastic and much more. As IDM test equipment for more than 50 years; We are at the forefront of delivering solutions to our customers. We have proven reliability and quality consistency and we are proud of the reputation we have earned and look forward to your continued feedback and support. IDM products, distributed by Akvemtek in Turkey and England, are used in many different regions of the world every day. Our management and staff consist of highly qualified and dedicated individuals who are ready to share their expertise. Our IDM Testing Equipment solutions comply with international quality standards including ISO, BS, AS, Din, EN, JIS, TAPPI, ASTM and others. Our IDM Hydrostatic Pressure Test Product can offer our customers the opportunity to perform tests with high reliability. Akvemtek IDM testing equipment is used to determine the water penetration resistance of textile fabrics at a constant rate of pressure increase.
Dimensions
Body Materials
Maximum Working Pressure
Seat Materials
Maximum Working Temperature
Connection Standards
Desing Standards
Test Standards

Control Solenoid Vana 786-H

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.
Dimensions
DN 12
Body Materials
stainless steel AISI 303
Maximum Working Pressure
0,00 - 200,0 bar
Seat Materials
FKM
Maximum Working Temperature
0 up to +60°C
Connection Standards
G1
Desing Standards
Test Standards

Control Solenoid Vana 788-12

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.RSG Akvemtek Type 788-12 Proportional Control Solenoid Valves; It has a flow-dependent adjustment feature. It has precise control with its Steop motor. It can be operated between 0 bar and 100 bar and can be controlled remotely.
Dimensions
DN 12
Body Materials
1.4305 stainless steel
Maximum Working Pressure
0,00 - 100,0 bar
Seat Materials
FKM
Maximum Working Temperature
0 up to +100°C
Connection Standards
G1
Desing Standards
Test Standards

Control Solenoid Vana 788

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.RSG Akvemtek Type 788 Proportional Control Solenoid Valves; It has a flow-dependent adjustment feature. It works between 0 bar and 100 bar and can be controlled remotely.
Dimensions
DN 1-9
Body Materials
brass, stainless steel AISI 303
Maximum Working Pressure
0,00 - 100,0 bar
Seat Materials
FKM,EPDM
Maximum Working Temperature
0 up to +80°C
Connection Standards
G3/8, G1/2
Desing Standards
Test Standards

Control Solenoid Vana 787

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.RSG Akvemtek Type 787 Proportional Control Solenoid Valves; It has a flow-dependent adjustment feature. It works between 0 bar and 10 bar and can be controlled remotely.
Dimensions
DN 5 – 15
Body Materials
stainless steel AISI 303
Maximum Working Pressure
0,00 - 10,0 bar
Seat Materials
FKM, NBR, EPDM
Maximum Working Temperature
0 up to +60°C
Connection Standards
G1
Desing Standards
Test Standards

Control Solenoid Vana 786-E

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.
Dimensions
DN 12
Body Materials
stainless steel AISI 303
Maximum Working Pressure
0,00 - 200,0 bar
Seat Materials
FKM
Maximum Working Temperature
0 up to +60°C
Connection Standards
G1
Desing Standards
Test Standards

Control Solenoid Vana 786-P

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.
Dimensions
DN 12
Body Materials
stainless steel AISI 303
Maximum Working Pressure
0,00 - 200,0 bar
Seat Materials
FKM
Maximum Working Temperature
0 up to +60°C
Connection Standards
G1
Desing Standards
Test Standards

Control Solenoid Vana 788-20

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.SG Akvemtek Type 788-20 Proportional Control Solenoid Valves; It has a flow-dependent adjustment feature. It works between 0 bar and 120 bar and can be controlled remotely.
Dimensions
DN 20
Body Materials
brass, stainless steel AISI 303, stainless steel AISI 316
Maximum Working Pressure
0,00 - 120,0 bar
Seat Materials
PTFE
Maximum Working Temperature
-20 up to +80°C
Connection Standards
G1/2, G3/4, G1
Desing Standards
Test Standards

Control Solenoid Vana 785-E

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.
Dimensions
DN 10 – 20
Body Materials
stainless steel AISI 303
Maximum Working Pressure
3,00 - 200,0 bar
Seat Materials
FKM
Maximum Working Temperature
0 up to +60°C
Connection Standards
G1
Desing Standards
Test Standards

Control Solenoid Vana 780-H

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.
Dimensions
DN 15
Body Materials
galvanized steel
Maximum Working Pressure
5,00-120,0 bar
Seat Materials
FKM
Maximum Working Temperature
0 up to +60°C
Connection Standards
G1
Desing Standards
Test Standards

Control Solenoid Vana 780-P

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.
Dimensions
DN 15
Body Materials
galvanized steel
Maximum Working Pressure
5,00 - 120,0 bar
Seat Materials
FKM
Maximum Working Temperature
0 up to +60°C
Connection Standards
G1
Desing Standards
Test Standards

Control Solenoid Vana 780-E

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.
Dimensions
DN 15
Body Materials
galvanized steel
Maximum Working Pressure
5,00 - 120,0 bar
Seat Materials
FKM
Maximum Working Temperature
0 up to +60°C
Connection Standards
G1
Desing Standards
Test Standards

Control Solenoid Vana 785-H

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.
Dimensions
DN 10 – 20
Body Materials
stainless steel AISI 303
Maximum Working Pressure
3,00 - 200,0 bar
Seat Materials
FKM
Maximum Working Temperature
0 up to +60°C
Connection Standards
G1
Desing Standards
Test Standards

Control Solenoid Vana 785-P

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves.
Dimensions
DN 10 – 20
Body Materials
stainless steel AISI 303
Maximum Working Pressure
3,00 - 200,0 bar
Seat Materials
FKM
Maximum Working Temperature
0 up to +60°C
Connection Standards
G1
Desing Standards
Test Standards

Coaxial 390

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 15
Body Materials
brass, stainless steel AISI 303, stainless steel AISI 316
Maximum Working Pressure
0,00 - 20,0 bar
Seat Materials
FKM
Maximum Working Temperature
-20 up to +40°C
Connection Standards
G1/4, G3/8, G1/2, G3/4
Desing Standards
Test Standards

COAXİAL 381

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 50
Body Materials
brass, stainless steel AISI 303, stainless steel AISI 316
Maximum Working Pressure
0,00 - 100,0 bar
Seat Materials
FKM
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4, G3/8, G1/2, G3/4, G1, G1 1/4, G1 1/2, G2
Desing Standards
Test Standards

Coaxial 380

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 50
Body Materials
brass, stainless steel AISI 303, stainless steel AISI 316
Maximum Working Pressure
0,00 - 64,0 bar
Seat Materials
FKM
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4, G3/8, G1/2, G3/4, G1, G1 1/4, G1 1/2, G2
Desing Standards
Test Standards

Coaxial 371

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 32
Body Materials
brass, stainless steel AISI 303, stainless steel AISI 316
Maximum Working Pressure
0,00 - 64,0 bar
Seat Materials
FKM
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4, G3/8, G1/2, G3/4, G1, G1 1/4, G1 1/2
Desing Standards
Test Standards

Coaxial 290

RSG-Akvemtek solenoid control valves are used in cases where flow rate and pressure need to be controlled according to the need in the process. It provides flow at precise values with multiple activation and control options. RSG-Akvemtek solenoid control valves; general purpose solenoid valves, steam solenoid valves, compressor solenoid valves, low pressure and vacuum solenoid valves, fuel (burner, diesel oil, fuel oil, hydraulic oil) solenoid valves, ex-proof body solenoid valves, aggressive fluids solenoid valves, explosion solenoid valves, Services can be provided in the form of irrigation solenoid valves and cryogenic solenoid valves. RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 15
Body Materials
brass, stainless steel AISI 303, stainless steel AISI 316
Maximum Working Pressure
0,00 - 20,0 bar
Seat Materials
FKM
Maximum Working Temperature
-20 up to +40°C
Connection Standards
G1/4, G3/8, G1/2, G3/4
Desing Standards
Test Standards

Coaxial 286

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 8
Body Materials
brass
Maximum Working Pressure
0,00 - 40,0 bar
Seat Materials
FKM
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G3/8
Desing Standards
Test Standards

Coaxial 283-X

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 15
Body Materials
brass, stainless steel 1.4305
Maximum Working Pressure
0,00 - 200,0 bar
Seat Materials
PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G3/8, G1/2, G3/4, G1 1/4
Desing Standards
Test Standards

Coaxial 283

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 15
Body Materials
brass, stainless steel 1.4305, stainless steel 1.4571
Maximum Working Pressure
0,00 - 200,0 bar
Seat Materials
PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G3/8, G1/2, G3/4
Desing Standards
Test Standards

Coaxial 282

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 25
Body Materials
brass, stainless steel 1.4305, stainless steel 1.4571
Maximum Working Pressure
0,00 - 160,0 bar
Seat Materials
PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4 – G2
Desing Standards
Test Standards

Coaxial 281-X

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 50
Body Materials
brass,aluminium
Maximum Working Pressure
0,00 - 120,0 bar
Seat Materials
PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4, G3/8, G1/2, G3/4, G1, G1 1/4, G1 1/2, G2
Desing Standards
Test Standards

Coaxial 280-X

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 50
Body Materials
brass,aluminium
Maximum Working Pressure
0,00 - 64,0 bar
Seat Materials
PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4, G3/8, G1/2, G3/4, G1, G1 1/4, G1 1/2, G2
Desing Standards
Test Standards

Coaxial 280

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 50
Body Materials
brass, stainless steel AISI 303, stainless steel AISI 316
Maximum Working Pressure
0,00 - 64,0 bar
Seat Materials
PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4 – G2
Desing Standards
Test Standards

Coaxial 272-X

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 32
Body Materials
brass,aluminium
Maximum Working Pressure
0,00 - 100,0 bar
Seat Materials
FKM, PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4, G3/8, G1/2, G3/4, G1, G1 1/4, G1 1/2
Desing Standards
Test Standards

Coaxial 272

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 32
Body Materials
brass, stainless steel AISI 303, stainless steel AISI 316
Maximum Working Pressure
0,00 - 100,0 bar
Seat Materials
PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4 – G2
Desing Standards
Test Standards

Coaxial 271-X

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 32
Body Materials
brass,aluminium
Maximum Working Pressure
0,00 - 64,0 bar
Seat Materials
FKM, PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4, G3/8, G1/2, G3/4, G1, G1 1/4, G1 1/2
Desing Standards
Test Standards

Coaxial 271

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 32
Body Materials
brass, stainless steel AISI 303, stainless steel AISI 316
Maximum Working Pressure
0,00 - 64,0 bar
Seat Materials
FKM
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4 – G2
Desing Standards
Test Standards

Coaxial 270-X

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 50
Body Materials
brass,aluminium
Maximum Working Pressure
0,00 - 40,0 bar
Seat Materials
FKM, PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4, G3/8, G1/2, G3/4, G1, G1 1/4, G1 1/2, G2
Desing Standards
Test Standards

Coaxial 270

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 50
Body Materials
brass, stainless steel AISI 303, stainless steel AISI 316
Maximum Working Pressure
0 – 100bar. Backpressure leakproof up to max. 16bar
Seat Materials
FKM
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4 – G2
Desing Standards
Test Standards

Coaxial 269

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 25
Body Materials
Brass
Maximum Working Pressure
0 – max. 20bar
Seat Materials
FKM
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4, G3/8, G1/2, G3/4, G1, G1 1/4
Desing Standards
Test Standards

Coaxial 281

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 50
Body Materials
brass, stainless steel 1.4305, stainless steel 1.4571
Maximum Working Pressure
0,00 - 120,0 bar
Seat Materials
PTFE
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4 – G2
Desing Standards
Test Standards

Coaxial 370

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 10 – 50
Body Materials
Brass, AISI 303, AISI 316
Maximum Working Pressure
0 – max. 64 bar , max leak proof up to 16 bar
Seat Materials
FKM
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G1/4, G3/8, G1/2, G3/4, G1, G1 1/4, G1 1/2, G2
Desing Standards
Test Standards

Coaxial 266

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 2 – 6
Body Materials
Steel galvanized, steel nickel-plated
Maximum Working Pressure
0 – max. 100bar
Seat Materials
PTFE
Maximum Working Temperature
- 10 up to + 100°C
Connection Standards
G1/4, G3/8
Desing Standards
Test Standards

Coaxial 286-X

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 8,0
Body Materials
brass,aluminium
Maximum Working Pressure
up to 40 bar
Seat Materials
FKM
Maximum Working Temperature
-10 up to +100°C
Connection Standards
G3/8
Desing Standards
Test Standards

Coaxial 267

RSG Akvemtek Coaxial valves can be controlled electrically or pneumatically. Depending on the process to be used, coaxial valves can be produced from brass or stainless steel. The surfaces in contact with the fluid of RSG Akvemtek Coaxial valves can be offered as brass, brass plate or V2A / V4A stainless steel. Sealing element selection is made depending on the environment in which the RSG Akvemtek Coaxial valve will operate. If you would like to get more detailed information about RSG Akvemtek coax valves, which are very different from traditional valves in terms of their operating system and durability, please contact us.
Dimensions
DN 1 – 6
Body Materials
Steel galvanized, steel nickel-plated
Maximum Working Pressure
0 – max. 300bar
Seat Materials
Peek / PTFE
Maximum Working Temperature
- 10 up to + 100°C
Connection Standards
G1/4, G3/8
Desing Standards
Test Standards

Swivel Joint Type SO-SF

Swivel Joint Type SO-SF; Swivel joint products are specially designed and produced for the needs of our customers. These products are first designed according to the features suitable for your process, and then delivered after being produced and tested. In these products, which are designed in accordance with high pressure and high temperature values; Akvemtek company has been selling its products in Turkey and UK for years as the Turkey representative. Besides Carbon Steel and stainless steel; It is produced and delivered from special materials such as Aluminum, Bronze, Dublex Steel, Titanium, under the required conditions.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.

  • Flexible piping systems must transfer powders and granules, gases and liquids;
  • Gases and liquids must be injected into rotating plant components;
  • Hose connections must be stabilized against stress caused by bending or torsional forces or replaced with swivel joint shears;
  • Due to extreme plant specifications and/or high safety requirements, rotary joint scissors have been applied.
Dimensions
According to customers specification,
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
According to customers specification
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
550°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type SO-WF

Swivel Joint Type SO-WF; Swivel joint products are specially designed and produced for the needs of our customers. These products are first designed according to the features suitable for your process, and then delivered after being produced and tested. In these products, which are designed in accordance with high pressure and high temperature values; Akvemtek company has been selling its products in Turkey and UK for years as the Turkey representative. Besides Carbon Steel and stainless steel; It is produced and delivered from special materials such as Aluminum, Bronze, Dublex Steel, Titanium, under the required conditions.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 6″ / DN150 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 6.000 psi / 420 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
176°F / 80°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type SO-CF

Special swivel joint for permanent rotation speeds larger than 2/s, with ball bearings, cone bearings, needle bearings or spherical roller bearings.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1“ / DN25 to 6″ / DN150 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 145 psi / 10 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
230°F / 110°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

DÖNER MAFSAL TİPİ KÜRESEL MAFSAL

Ball swivel joint for special applications with approved slewing movements of ± 15° to the rotations axis. Due to the sealed concept it should be noted that the torsional moment with operating pressure is clearly increased as well as standard swivel joints.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
2″ / DN50 to 20″ / DN500 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 232 psi / 16 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
302°F / 150°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type SO-SL

Injector with oxygen for a steel converter with rotatable oxygen supply according to the swivel joint principle.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
According to customers specification,
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
According to customers specification,
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
550°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type LW-N

Base as type LW, but with special screwed connections, external thread and hose nozzle according to customer specification.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
according to customers specification,
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
according to customers specification,
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
550°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type SO-W

Special swivel joint for floating suction systems, floating roof drainage and skimmers for torque-free swivel joint scissors and loading arms. They are used preferably for ship loader and tank storage.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 16″ / DN400 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
according to customers specification,
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
550°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type SO-T

Customer specific developments with grooved ball bearings and leakage connection.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1/2“ / DN15 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 145 psi / 10 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
482°F / 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type SO-HT

Type SO-HT is an application of type HT with a 90° angle connection.
Dimensions
3/4″ / DN20 to 6″ / DN150 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 1.450 psi / 100 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
1.112°F / 600°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type HT

Type HT is our high temperature swivel joint for special applications. It has a special sealing system which can withstand extreme temperatures. It can be readjusted when installed. Currently it is used for molten salts, thermal oils and overheated steam. The materials are used according to the requirement profile or customer specification.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 16″ / DN400 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 1.450 psi / 100 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
1.112°F / 600°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type CF

Type CF is our standard intermediate flange joint and basically identical in construction to type W, except that the flanges are not welded on but turned on. This has advantages with regard to concentric running with large nominal diameters (>DN350), since the lack of welding does not create any heat-affected zones and therefore no distortion can occur.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 40″ / DN1000
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 6.000 psi / 420 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type CF-TW

Type CF-TW is a swivel joint with an intermediate flange for the airfield fuelling of the tank trucks. Normally it is made of aluminium and sealed radially.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
3″ / DN80 to 8″ / DN200 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 145 psi / 10 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type HCR

Type HCR is a loading swivel joint for aggressive chemicals such as concentrated hydrochloric acid or sulfuric acid. For this purpose the loading swivel joint is designed with PTFE and furnished with leakage monitoring. By means of it can be checked, if the sealings are worn out. The sealings can be also in redundant version. The bearing is designed with 2 bearing tracks. We can modify this swivel joint according to the customer specification too.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 10″ / DN250 [up to 40″ / DN1000 on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 145 psi / 10 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type LCF

Type LCF is a loading swivel joint for the applications with restricted space conditions. Due to the symmetrical design of the screw flange you have a high mounting safety.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1½“ / DN40 to 6″ / DN150 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 580 psi / 40 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type LFP

Type LFP is the “light” version of type FP. Therefore the bearing has only one ball bearing way. It is identical in construction as type FP.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 8″ / DN200 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 145 psi / 10 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type FP

Swivel joint for food with 2 ball bearing ways and without secondary seal or leakage. Standard materials: 1.4571 (housing), PTFE (sealings)Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 8″ / DN200 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 145 psi / 10 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type LF

Swivel joint for food with secondary seal, leakage and one ball bearing way. Standard materials: 1.4571 (housing), PTFE (sealings)Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 8″ / DN200 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 145 psi / 10 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type F

Type F is our swivel joint for loading arms with which food and pharmaceutical products should be loaded. The joint – like all our food joints – is equipped with a axial seal to allow optimum cleaning and dead spaces. as small as possible. The joint has a leakage hole and an additional O-ring seal towards the bearing. The bearing grease used is of course also food compliant. Three-piece housing is used for easy seal replacement.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 8″ / DN200 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 145 psi / 10 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type V

Swivel Joints Type V are designed as straight union and 90° elbow union, with male (N), female (S) threaded ends and as olive type tube fitting (C) with 24° sealing cone.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
¼” / DN8 to 1½” / DN40
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 6.000 psi / 420 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

SWIVEL JOINT TYPE LA

Type LA is our standard swivel joint for use in loading arms on the ships, tanker trains, and fuel tank trucks. The swivel joint is sealed radially. The seal is designed with redundancy and has additionally an O-Ring between medium’s sealing and bearing. The bearing is designed with 2 bearing tracks that are dimensioned for operation pressure of 160 bar. This leads to the very long life. The housing consists of three parts that make it easy to change a seal without having to completely dismantle the loading arm.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 10″ / DN250 [larger on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 580 psi / 40 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type LT

Swivel Joint Type LT; Swivel joint products are specially designed and produced for the needs of our customers. These products are first designed according to the features suitable for your process, and then delivered after being produced and tested. In these products, which are designed in accordance with high pressure and high temperature values; Akvemtek company has been selling its products in Turkey and UK for years as the Turkey representative. Besides Carbon Steel and stainless steel; It is produced and delivered from special materials such as Aluminum, Bronze, Dublex Steel, Titanium, under the required conditions.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
G¼“ to G2″ [alternatively NPT]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 1.450 psi / 420 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

SWIVEL JOINT TYPE T

Type T is our standard swivel joint for hydraulic applications with threads connectors. It is radially sealed and has a bearing with 2 bearing tracks. Some different threads can be mounted, such as aG1/2″ combined with iG3/4″. Construction forms 10, 11, and 12 can also be applied on the flexible pipings with narrow installation dimensions. It could be modified according to the customer specifications. Accordingly, there are a wide range of materials for housing and sealings.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
G¼“ to G2″ [alternatively NPT]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 6.000 psi / 420 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

SWIVEL JOINT TYPE LW

Type LW is the “light” version of the type W for application under low and medium pressures or for low outside forces or moments. Therefore the bearing has only one bearing track. It is identical in construction as type W.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 28″ / DN700 [up to 40″ / DN1000 on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 1.450 psi / 100 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Swivel Joint Type W

Type W is our standard swivel joint. It is equipped with a radial sealing. The bearing has 2 marble runs for application with high outside forces or moments or very high pressures. The standard bullets are made of stainless steel. It serves as base for customer-specific applications like operating pressures up to 1 000 bar or high-temperature applications of low-pressure range up to vacuum range (exhaust from combustion processes) or liquefied gas applications like LPG, etc. There can be used for a variety of fluids. Our customers select the materials for cabinets, sealings and bearings according to the specification. Such connections as pipe nozzles or pipe elbows, threads and flanges are available. Customer-specific connections can be installed alternatively.Akvemtek for years; as the representative of the German company Igatec GmbH in Turkey and the United Kingdom, it offers Swivel Joint products to end users. Besides carbon steel and stainless steel; Swivel Joint products made of special materials such as Aluminum, Bronze, Duplex Steel and Titanium are designed, produced and delivered according to the working conditions.
Dimensions
1″ / DN25 to 28″ / DN700 [up to 40″ / DN1000 on request]
Body Materials
Carbon Steel, Stainless Steel, Duplex Steel (Other specifications can be custom produced.)
Maximum Working Pressure
vacuum up to 6.000 psi / 420 bar
Seat Materials
NBR, Viton, PTFE, HPU
Maximum Working Temperature
-67°F to 482°F / -55°C to 250°C
Connection Standards
Flange, Thread, Welding
Desing Standards
Igatec GmbH
Test Standards
Igatec GmbH

Special Design Butterfly Valve

Butterfly valves; it is a type of valve with a compact structure, sealing and occupying much less space than other valves, used to keep fluids such as gas, liquid, partial or viscous under control. Standard butterfly valves; while they can be produced and delivered under mass production conditions, specially designed butterfly valves; in some respects they are outside the standard products. Besides high or low temperatures; high pressure or corrosive type fluids may require the design and manufacture of special types of butterfly valves. In such requests; the process conditions or the currently used butterfly valves are examined in detail, and after the design and design verification studies of the highest quality product, production is made, tested and ready for use. In specially designed butterfly valves; besides the process conditions; the dimensions and connection areas of the valve can be requested outside the standards. Apart from standard materials in specially designed butterfly valves; materials with different properties can be requested. Among these materials, some of the materials we can offer to the companies we are solution partners; Titanium Alloys (Titanium Gr.2, Gr.3, Gr.5, Gr.6, Gr.7, Gr.12), Zirconium Alloys (Zirconium 702, 705), Bronze Alloys (C95800, C95500, C95400, C63200), Nickel Alloys (Inconel 600, 625; Hastelloy B, B-2, B3, C276, C-22, C-4, G; Incoloy 800, 800H, 825; Monel 400, K500; Nickel 200, 201), Duplex Stainless Alloys (C95800, C95500, C95400, C63200) are our Aluminum Bronze and Ceramic Lined butterfly valves
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
Titanium Alloy, Zirconium Alloy, Bronze Alloy, Nickel - Inconel Alloy
Maximum Working Pressure
PN63-Class300
Seat Materials
EPDM, NBR, PTFE, PEEK, Viton, Metal Hard Seal
Maximum Working Temperature
538°C - 1000°F
Connection Standards
Special or standard connection types
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

PTFE Lined Butterfly Valve

Butterfly valves; It is a type of valve with a compact structure, sealing and occupying much less space than other valves, used to keep fluids such as gas, liquid, partial or viscous under control. Butterfly valves have a wide range of uses. Examples of these usage areas are areas such as treatment plants, energy stations, water and wastewater installations, chemical and petrochemical plants, shipping, heating and cooling lines, paper industry, food industry. Butterfly valves, which are mostly used in water and hot water installations today, take their name from the shape of the disc and shaft. Butterfly valves are highly preferred because they take up little space, are easy to use and come together from light parts. The materials used in the production may vary according to the installations they are applied to and the flow types of the substances. Butterfly valves are also used for pressurized media, fluids containing solids and fluids containing dust. Butterfly valves are produced from parts called disc,
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Ceramic Butterfly Valve

Butterfly valves; It is a type of valve with a compact structure, sealing and occupying much less space than other valves, used to keep fluids such as gas, liquid, partial or viscous under control. Butterfly valves have a wide range of uses. Examples of these usage areas are areas such as treatment plants, energy stations, water and wastewater installations, chemical and petrochemical plants, shipping, heating and cooling lines, paper industry, food industry. Butterfly valves, which are mostly used in water and hot water installations today, take their name from the shape of the disc and shaft. Butterfly valves are highly preferred because they take up little space, are easy to use and come together from light parts. The materials used in the production may vary according to the installations they are applied to and the flow types of the substances. Butterfly valves are also used for pressurized media, fluids containing solids and fluids containing dust. Butterfly valves are produced from parts called disc,
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

High Performance Butterfly Valve

Butterfly valves; It is a type of valve with a compact structure, sealing and occupying much less space than other valves, used to keep fluids such as gas, liquid, partial or viscous under control. Butterfly valves have a wide range of uses. Examples of these usage areas are areas such as treatment plants, energy stations, water and wastewater installations, chemical and petrochemical plants, shipping, heating and cooling lines, paper industry, food industry. Butterfly valves, which are mostly used in water and hot water installations today, take their name from the shape of the disc and shaft. Butterfly valves are highly preferred because they take up little space, are easy to use and come together from light parts. The materials used in the production may vary according to the installations they are applied to and the flow types of the substances. Butterfly valves are also used for pressurized media, fluids containing solids and fluids containing dust. Butterfly valves are produced from parts called disc, body, shaft and sealing element. The discs inside the butterfly valves are supported by a shaft along a vertical extension. The disc materials used are mostly produced from stainless steel materials, as well as castings using materials such as bronze or ductile iron. Stainless steel is mostly preferred in the production of butterfly valves, because stainless steels provide longer life and durability in flows compared to other materials. The shaft inside the valves must be made of stainless steel. Sealing element, which is another part used in butterfly valves, is mostly produced from EPDM material. Apart from this article; Sealing elements are also produced from materials such as PTFE, NBR, CSM, FPM, CR, Q and NR. The temperature values of the materials used in the sealing elements may vary according to the types of fluidity. The dimensions of butterfly valves are mostly between 50-2400 mm. Smaller diameter valves can also be preferred according to pressure changes. As Akvemtek Engineering, we design and manufacture products such as Concentric Butterfly Valve, Double-Offset Butterfly Valve, Triple-Offset Butterfly Valve, Wafer-Style Butterfly Valve, Lug-Style Butterfly Valve, Double-Flanged Butterfly Valve, Butt-Weld Butterfly Valve.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Segment Ball Valve

Akvemtek Segment Valves; It combines the cutting action of a blade gate valve, the control capabilities of a ball valve, and the sealing performance of a ball valve in a versatile, high-performance rotary control valve designed for throttling and on-off applications. Akvemtek Segment Ball Valve has a structure characterized for high range and high flow capacity in an economical product providing outstanding control valve performance. Akvemtek Segment Ball Valves also offer excellent sealing performance for on-off applications, in soft seated products such as PTFE and POM; It achieves Class VI and Class IV sealing performance in metal bearing coatings. Akvemtek Segment Control Ball Valve combines highly abrasive slurry that often causes wear in conventional valves and advanced embellishments for heavy-duty applications. Akvemtek's advanced coating technology is applied to the internal components of the valve to provide greater hardness and bond strength than other coating technologies commonly used throughout the industry.
Dimensions
DN 25 - 800 / 1
Body Materials
Carbon Steel (AISI216 WCB) or Stainless Steel (AISI 304 or AISI 316)
Maximum Working Pressure
ASME 150 – 600, PN10 – 100
Seat Materials
Metal to metal, PTFE, POM
Maximum Working Temperature
-52 to + 425 °C / -60 to +797 °F
Connection Standards
Flanged / Flangeless
Desing Standards
According to IEC 60534-3-2 / ISA 75.08.02 or IEC 60534-3-1
Test Standards
According to ANSI/FCI 70-2 class V (metal seat) and class VI (soft seat)

Special Design Gate Valve

Gate Valves are one of the oldest valve types. The slider is in the middle of the valve body. And the valve is symmetrical with respect to the middle axis. Between the valve inlet and outlet, the fluid moves along the same line without changing direction. Gate Valves are produced according to TS EN 1171 Standard. This is the newest version of the standard. However, in older versions, there is not much change compared to this standard. This standard includes production standards for Valves with Metal Seats, Elastomer (Rubber) Seats, and Rising or Non-Rising Stem Valves. Gate Valves allow flow in both directions and are usually produced with flanged or rarely threaded connections. They are usually operated in the fully open or fully closed position. In Gate Valves, the body shape changes with the strength conditions. As the pressure at which the valve will operate increases, the valve construction changes to a cylindrical form. It is the type of valve in which the flow is interrupted by bringing the straight cl
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Ceramic Gate Valve

Gate Valves are one of the oldest valve types. The slider is in the middle of the valve body. And the valve is symmetrical with respect to the middle axis. Between the valve inlet and outlet, the fluid moves along the same line without changing direction. Gate Valves are produced according to TS EN 1171 Standard. This is the newest version of the standard. However, in older versions, there is not much change compared to this standard. This standard includes production standards for Valves with Metal Seats, Elastomer (Rubber) Seats, and Rising or Non-Rising Stem Valves. Gate Valves allow flow in both directions and are usually produced with flanged or rarely threaded connections. They are usually operated in the fully open or fully closed position. In Gate Valves, the body shape changes with the strength conditions. As the pressure at which the valve will operate increases, the valve construction changes to a cylindrical form. It is the type of valve in which the flow is interrupted by bringing the straight cl
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

High Performance Gate Valve

Gate Valves are one of the oldest valve types. The slider is in the middle of the valve body. And the valve is symmetrical with respect to the middle axis. Between the valve inlet and outlet, the fluid moves along the same line without changing direction. Gate Valves are produced according to TS EN 1171 Standard. This is the newest version of the standard. However, in older versions, there is not much change compared to this standard. This standard includes production standards for Valves with Metal Seats, Elastomer (Rubber) Seats, and Rising or Non-Rising Stem Valves. Gate Valves allow flow in both directions and are usually produced with flanged or rarely threaded connections. They are usually operated in the fully open or fully closed position. In Gate Valves, the body shape changes with the strength conditions. As the pressure at which the valve will operate increases, the valve construction changes to a cylindrical form. It is the type of valve in which the flow is interrupted by bringing the straight closing element in front of the fluid with a vertical and linear movement. It is one of the most used valve types in the world today, where energy saving is one of the number one selection criteria due to the high energy savings provided by low pressure losses. It can be used in liquid and gaseous fluids. However, the usage area in liquids is wider. Because bending moments are less in a cylindrical or elliptical body. This does not cause excessive stress on the valve material . Gate valves are generally produced from GG25, GGG40, carbon steel and stainless steel materials. In addition to standard materials, Akvemtek knife valves are also produced from special materials such as 316L, 904L, Super Duplex, Monel, Titanium according to process and fluid requirements.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Special Design Ball Valve

As a ball valve manufacturer, we strive to provide our customers with the best products. Our product range includes high quality ball valves that can be used in the industrial, petrochemical, gas, water and many other industries. The material quality, design and performance of our valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each Akvemtek valve product can be customized according to the specific needs of our customers in the processing processes. Among our Akvemtek ball valve products, there are many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of the
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

PTFE Lined Ball Valve

As a ball valve manufacturer, we strive to provide our customers with the best products. Our product range includes high quality ball valves that can be used in the industrial, petrochemical, gas, water and many other industries. The material quality, design and performance of our valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each Akvemtek valve product can be customized according to the specific needs of our customers in the processing processes. Among our Akvemtek ball valve products, there are many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of the
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Harsh Working Conditions Ball Valve

As a ball valve manufacturer, we strive to provide our customers with the best products. Our product range includes high quality ball valves that can be used in the industrial, petrochemical, gas, water and many other industries. The material quality, design and performance of our valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each Akvemtek valve product can be customized according to the specific needs of our customers in the processing processes. Among our Akvemtek ball valve products, there are many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of the
Dimensions
DN25-DN2000 / 1
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Axial Check Valve

A check valve, also called a one-way valve, is a device that allows fluid flow to move in only one direction. The primary purpose of a check valve is to prevent backflow in the system. Check valves are inexpensive, effective and easy solutions to a potential problem. If the stream is contaminated, the backflow can cause a problem and therefore contaminate the upstream environment. For example, a sewer line will have a check valve to ensure that waste does not leave and re-enter the system from which it came. A variety of sizes, designs and materials are available to ensure there is a check valve for every application. Two-way check valves are widely used. Vented check valves are used as three-way check valves to protect the incoming water supply from contamination caused by backflow. Atmospheric venting allows purged water to be discharged into an existing drain. An arrow on the cover indicates the flow direction of the check valve. As Akvemtek Engineering , we design and manufacture swing check valves , swin
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Wafer Swing Check Valve

A check valve, also called a one-way valve, is a device that allows fluid flow to move in only one direction. The primary purpose of a check valve is to prevent backflow in the system. Check valves are inexpensive, effective and easy solutions to a potential problem. If the stream is contaminated, the backflow can cause a problem and therefore contaminate the upstream environment. For example, a sewer line will have a check valve to ensure that waste does not leave and re-enter the system from which it came. A variety of sizes, designs and materials are available to ensure there is a check valve for every application. Two-way check valves are widely used. Vented check valves are used as three-way check valves to protect the incoming water supply from contamination caused by backflow. Atmospheric venting allows purged water to be discharged into an existing drain. An arrow on the cover indicates the flow direction of the check valve. As Akvemtek Engineering , we design and manufacture swing check valves , swin
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Swing Check Valve

A check valve, also called a one-way valve, is a device that allows fluid flow to move in only one direction. The primary purpose of a check valve is to prevent backflow in the system. Check valves are inexpensive, effective and easy solutions to a potential problem. If the stream is contaminated, the backflow can cause a problem and therefore contaminate the upstream environment. For example, a sewer line will have a check valve to ensure that waste does not leave and re-enter the system from which it came. A variety of sizes, designs and materials are available to ensure there is a check valve for every application. Two-way check valves are widely used. Vented check valves are used as three-way check valves to protect the incoming water supply from contamination caused by backflow. Atmospheric venting allows purged water to be discharged into an existing drain. An arrow on the cover indicates the flow direction of the check valve. As Akvemtek Engineering , we design and manufacture swing check valves , swing check valves and axial check valves .
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

High Temperature Ball Valve

As a ball valve manufacturer, we strive to provide our customers with the best products. Our product range includes high quality ball valves that can be used in the industrial, petrochemical, gas, water and many other industries. The material quality, design and performance of our valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each Akvemtek valve product can be customized according to the specific needs of our customers in the processing processes. Among our Akvemtek ball valve products, there are many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of the
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

High Pressure Ball Valve

As a ball valve manufacturer, we strive to provide our customers with the best products. Our product range includes high quality ball valves that can be used in the industrial, petrochemical, gas, water and many other industries. The material quality, design and performance of our valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each Akvemtek valve product can be customized according to the specific needs of our customers in the processing processes. Among our Akvemtek ball valve products, there are many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of the
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Wafer Type Ball Valve

As a ball valve manufacturer, we strive to provide our customers with the best products. Our product range includes high quality ball valves that can be used in the industrial, petrochemical, gas, water and many other industries. The material quality, design and performance of our valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each Akvemtek valve product can be customized according to the specific needs of our customers in the processing processes. Among our Akvemtek ball valve products, there are many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of the
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Ceramic Ball Valve

As a ball valve manufacturer, we strive to provide our customers with the best products. Our product range includes high quality ball valves that can be used in the industrial, petrochemical, gas, water and many other industries. The material quality, design and performance of our valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each Akvemtek valve product can be customized according to the specific needs of our customers in the processing processes. Among our Akvemtek ball valve products, there are many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of them can be delivered to our customers all over the world quickly and safely. You can visit our website to discover our best quality Akvemtek ball valves. If you have any questions or special needs, please feel free to contact us. We are always here to assist you.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

High Performance Globe Valve

Globe valve is a type of valve that allows to control the passage of sensitive fluids at high temperature and pressure values. Globe valve is one of the most used valve types in installations worldwide, as it is very effective in sealing. Globe valves show durable results in frequent use thanks to their robust construction. Even if it is opened and closed very frequently, the globe valve provides the control of the fluid without any problem. Globe valve can be preferred with peace of mind in every sector that requires high tightness and superior performance. Globe valve, which makes a difference with its working principle compared to other valve types, comes to the fore with the advantages it provides. The material quality, design and performance of Akvemtek globe valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each of our valve products can be customized according to the specific needs of our customers in the processing processes. Akvemtek globe valves have many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of them can be delivered to our customers all over the world quickly and safely.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Globe Control Valve

Globe valve is a type of valve that allows to control the passage of sensitive fluids at high temperature and pressure values. Globe valve is one of the most used valve types in installations worldwide, as it is very effective in sealing. Globe valves show durable results in frequent use thanks to their robust construction. Even if it is opened and closed very frequently, the globe valve provides the control of the fluid without any problem. Globe valve can be preferred with peace of mind in every sector that requires high tightness and superior performance. Globe valve, which makes a difference with its working principle compared to other valve types, comes to the fore with the advantages it provides. The material quality, design and performance of Akvemtek globe valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each of our valve products can be customized according to the specific needs of our customers in the processing processes. Akvemtek globe valves have many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of them can be delivered to our customers all over the world quickly and safely.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Swivel Joint

Igatec Swivel Joint is used in many different industrial applications where there are movable pipe components, if it is necessary to explain in more detail; In moving pipe components where gas or liquid transfer is made In systems where liquid or gas transfer will be made from the stationary component to the rotating component In systems where the connecting pipes will be exposed to bending or torsional forces IGATEC Swivel Connections come in 8 different standard styles (10, 11, 12, 20, 21, 22, 30 and 31) and each style has the option of 3 different connection heads (threaded, flanged and welded). With the appropriate combinations of these styles, 3-axis mobility can be achieved. German origin IGATEC GmbH products are produced by AKVEM Valve Engineering and Machinery Ltd. Sti. It is sold in Turkey with guarantee.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

PTFA/PFA Lined Valves

In a study conducted by NACE in the USA, it was revealed that the direct financial loss caused by corrosion corresponds to about 3% of the total GDP. If we put this on a global scale with an average calculation, the approximate cost of corrosion to the world economies is around 2 Trillion Dollars as of 2017. The material losses indirectly caused by corrosion are probably at least as high as the direct losses. In addition, the damage caused by the fluids leaking from the equipment worn out due to corrosion to the environment and human health, and the injuries and fatal work accidents caused by it are among the biggest problems of the industry. Corrosion has always been one of the most fundamental factors in the selection of Valves, which are estimated to cause 60% of global emissions. Especially in acid applications where the corrosive effect is high, the wrong valve selection is of critical importance due to both product loss and the dangers it poses to the environment and human health. Valve manufacturers have traditionally provided a solution against corrosion by using 904L, Alloy 20 and similar alloy materials. However, due to factors such as the high initial investment cost of these special alloys and the long delivery times, Teflon Lined Valves are preferred instead of these alloys today. Prevent-Akvemtek PTFE/PFE Lined Valves are used to regulate the passages of gas and liquid fluids that the industry needs. It is especially preferred in the chemical, petrochemical, pharmaceutical and chlorine electrolysis sectors. In these products where the valve fluid contact surfaces are covered with PTFE or PFE; We provide services in two areas, butterfly and ball valve.
Dimensions
DN25-DN2000 / 1
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Tilting Check Valve

A check valve, also called a one-way valve, is a device that allows fluid flow to move in only one direction. The primary purpose of a check valve is to prevent backflow in the system. Check valves are inexpensive, effective and easy solutions to a potential problem. If the stream is contaminated, the backflow can cause a problem and therefore contaminate the upstream environment. For example, a sewer line will have a check valve to ensure that waste does not leave and re-enter the system from which it came. A variety of sizes, designs and materials are available to ensure there is a check valve for every application. Two-way check valves are widely used. Vented check valves are used as three-way check valves to protect the incoming water supply from contamination caused by backflow. Atmospheric venting allows purged water to be discharged into an existing drain. An arrow on the cover indicates the flow direction of the check valve. As Akvemtek Engineering , we design and manufacture swing check valves , swing check valves and axial check valves .
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Blade Type Gate Valves

Knife Type Gate Valves are also known as knife valve, knife gate valve, knife valve, guillotine valve or slide valve. Knife valves, which have a more compact and narrow design compared to gate valves, are valves with a linear operating principle. Knife Valves, which were originally developed for Paper and Mining processes, are used in almost every industry today with many different design options. Knife valves are the valves that are used in the industry, especially in the lines of solid particles, fibrous and muddy fluids where jamming problems are experienced during opening and closing, mostly in the mining, sugar, purification sectors or in silo applications in different processes. Although the knife valve models are similar to each other, the main difference between them is the modifications made on the bearing design that provides the sealing. For example, in the knife valves to be used in mud lines in the mining sector, there is a sleeve-shaped bearing design that guides the knife from both sides; In a knife valve to be used under the silo, there is a single-sided bearing design that provides sealing by utilizing the silo load. Knife valves are generally produced from GG25, GGG40, carbon steel and stainless steel materials. In addition to standard materials, Akvemtek knife valves are also produced from special materials such as 316L, 904L, Super Duplex, Monel, Titanium according to process and fluid requirements.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Ball Valve

As a ball valve manufacturer, we strive to provide our customers with the best products. Our product range includes high quality ball valves that can be used in the industrial, petrochemical, gas, water and many other industries. The material quality, design and performance of our valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each Akvemtek valve product can be customized according to the specific needs of our customers in the processing processes. Among our Akvemtek ball valve products, there are many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of them can be delivered to our customers all over the world quickly and safely. You can visit our website to discover our best quality Akvemtek ball valves. If you have any questions or special needs, please feel free to contact us. We are always here to assist you.
Dimensions
DN25-DN2000 / 1
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Solenoid Valve

What is Solenoid Valve? Solenoid valve; It is the name given to electromagnetic valves used to control various fluids such as water, air, steam, gas. Solenoid valve: It can also be said that it is an automatic control valve consisting of the main parts we call coil-socket, sleeve-core, body-cover and sealing element. A solenoid valve consists of 4 main parts. 1. Coil-socket assembly 2. Hive – Core group 3. Body-Cover group 4. Sealing o-ring – diaphragm group What do these 4 main parts that make up the solenoid valve do? Coil – socket and sleeve – core; It is one of the most important parts of the solenoid valve, where electrical energy is supplied. The coil has to work very well in sync with the sleeve-core group. Therefore, each solenoid valve brand has its own special coil. Body – cover and diaphragm, sealing assembly; This section, which is the main body group of the solenoid valve, is the section through which fluids (air, water, steam, gas, etc.) pass. This section is the section where the design is made
Dimensions
DN25-DN2000 / 1
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Butterfly Valve

Butterfly valves; It is a type of valve with a compact structure, sealing and occupying much less space than other valves, used to keep fluids such as gas, liquid, partial or viscous under control. Butterfly valves have a wide range of uses. Examples of these usage areas are areas such as treatment plants, energy stations, water and wastewater installations, chemical and petrochemical plants, shipping, heating and cooling lines, paper industry, food industry. Butterfly valves, which are mostly used in water and hot water installations today, take their name from the shape of the disc and shaft. Butterfly valves are highly preferred because they take up little space, are easy to use and come together from light parts. The materials used in the production may vary according to the installations they are applied to and the flow types of the substances. Butterfly valves are also used for pressurized media, fluids containing solids and fluids containing dust. Butterfly valves are produced from parts called disc, body, shaft and sealing element. The discs inside the butterfly valves are supported by a shaft along a vertical extension. The disc materials used are mostly produced from stainless steel materials, as well as castings using materials such as bronze or ductile iron. Stainless steel is mostly preferred in the production of butterfly valves, because stainless steels provide longer life and durability in flows compared to other materials. The shaft inside the valves must be made of stainless steel. Sealing element, which is another part used in butterfly valves, is mostly produced from EPDM material. Apart from this article; Sealing elements are also produced from materials such as PTFE, NBR, CSM, FPM, CR, Q and NR. The temperature values of the materials used in the sealing elements may vary according to the types of fluidity. The dimensions of butterfly valves are mostly between 50-2400 mm. Smaller diameter valves can also be preferred according to pressure changes. As Akvemtek Engineering, we design and manufacture products such as Concentric Butterfly Valve, Double-Offset Butterfly Valve, Triple-Offset Butterfly Valve, Wafer-Style Butterfly Valve, Lug-Style Butterfly Valve, Double-Flanged Butterfly Valve, Butt-Weld Butterfly Valve.

Dimensions
DN25-DN2000 / 1
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Cryogenic Valve

A cryogenic valve is one such type of industrial valve. As the name suggests, this type of valve is specifically designed for very cold applications. These valves can easily tolerate extremely low temperatures and perform well in these conditions. This type of valve is widely used in Compressed Natural Gas (CNG) or Liquefied Natural Gas (LNG) companies. Cryogenic valves are designed to operate with cryogenic gases. It can easily transport and store these gases Cryogenic valve is a special type of valve designed to reduce temperature and prevent safety hazards. Its design is unique and makes it one of a kind. A cryogenic valve is designed for use at extremely low temperatures. This type of valve is used to transfer a liquid medium such as liquid oxygen or hydrogen from one point to another. It can also be used to transfer liquefied petroleum or natural gas. It can also be used to gasify a product that can increase its volume hundreds of times. This is because it can handle pressures of up to one billion pounds per square inch. Because of its low temperature and high permeability, cryogenic valves require a special type of valve material. A typical cryogenic valve is made of stainless steel, which has an extremely low melting point. The lowest temperature of a cryogenic valve is -196°C. The temperature of the working environment is low, which makes it highly flammable, explosive and poisonous.

Dimensions
DN25-DN2000 / 1
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Plug Valve

Plug valve is used as a solution in applications where ball valve cannot provide performance. Plug valves have a quarter turn principle of operation. Plug valves are similar to ball valves. The most important difference between them is that the on-closing mechanism in plug valves is a conical plug. Sealing is provided by PTFE Teflon or a Teflon-derived Sleeve such as PTFE-X, PTFE-GI, PTFE-CX between the body and the plug. The operating torque of plug valves is very high compared to ball valves. The reason for this is that the plug structure is tight and provides 0 sealing. Plug valves are used where ball valves cannot provide performance. It has been used safely for many years, especially in mining, chemical and petrochemical processes. Plug valves consist of a one-piece cast body and are produced as flanged, welded or threaded connections. It is produced as 2-way as standard, and 3-way, 4-way, 5-way or multi-pass plug valves can be produced as a special design. Plug valves are generally used as on-off in processes. Plug valves, which can also be used as proportional control valves, can also be used with narrow passage plugs produced according to flow/flow value. Plug valves used in corrosive gases are PTFE or PFA Teflon coated plug valves. All manual controls, pneumatic, gear boxes, electric and hydraulic actuators that provide quarter turn operation can be easily mounted on the plug valve by using suitable spacers. Plug valves are commonly produced from carbon steel and stainless steel. In addition to standard materials, Akvemtek plug valves are also produced from special materials such as Super Duplex, 316L, 904L, Monel and Titanium according to process and fluid requirements. For the production of plug valves suitable for your request, you can contact us via our contact information on our contact page or via the contact form.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Turbine by-Pass Valve

One of the important basic components of the power plant is the turbine bypass system. It has developed in the last 50-60 years, gained operational flexibility and has become able to protect its components. Turbine bypass valves are the most critical type of valve in the power plant. Proper sizing, correct design and integration of accessories play an important role for long-lasting operation. Turbine bypass valves are not operated continuously, but when they do they must do their job reliably and quickly. Its main task is steam conditioning. This, It means the pressure drop and superheating duty of the steam produced by the boiler but cannot pass through the turbine due to unexpected or temporary conditions. The amount of steam to be treated by the turbine bypass valve depends entirely on the understanding of the facility. This range is usually between 30% and 100%. BOMAFA AKVEMTEK Turbine Bypass Valves provide protection from high pressure and high temperature steam in thermal power plants, petro-chemical plants, paper industry and steel industry, especially during the commissioning of the system and the turbine in the system during operation.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Gate Valve

Gate Valves are one of the oldest valve types. The slider is in the middle of the valve body. And the valve is symmetrical with respect to the middle axis. Between the valve inlet and outlet, the fluid moves along the same line without changing direction. Gate Valves are produced according to TS EN 1171 Standard. This is the newest version of the standard. However, in older versions, there is not much change compared to this standard. This standard includes production standards for Valves with Metal Seats, Elastomer (Rubber) Seats, and Rising or Non-Rising Stem Valves. Gate Valves allow flow in both directions and are usually produced with flanged or rarely threaded connections. They are usually operated in the fully open or fully closed position. In Gate Valves, the body shape changes with the strength conditions. As the pressure at which the valve will operate increases, the valve construction changes to a cylindrical form. It is the type of valve in which the flow is interrupted by bringing the straight closing element in front of the fluid with a vertical and linear movement. It is one of the most used valve types in the world today, where energy saving is one of the number one selection criteria due to the high energy savings provided by low pressure losses. It can be used in liquid and gaseous fluids. However, the usage area in liquids is wider. Because bending moments are less in a cylindrical or elliptical body. This does not cause excessive stress on the valve material . Gate valves are generally produced from GG25, GGG40, carbon steel and stainless steel materials. In addition to standard materials, Akvemtek knife valves are also produced from special materials such as 316L, 904L, Super Duplex, Monel, Titanium according to process and fluid requirements.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598

Globe Valve

Globe valve is a type of valve that allows to control the passage of sensitive fluids at high temperature and pressure values. Globe valve is one of the most used valve types in installations worldwide, as it is very effective in sealing. Globe valves show durable results in frequent use thanks to their robust construction. Even if it is opened and closed very frequently, the globe valve provides the control of the fluid without any problem. Globe valve can be preferred with peace of mind in every sector that requires high tightness and superior performance. Globe valve, which makes a difference with its working principle compared to other valve types, comes to the fore with the advantages it provides. The material quality, design and performance of Akvemtek globe valves are rigorously tested to ensure reliability and durability, especially in harsh environments. In addition, each of our valve products can be customized according to the specific needs of our customers in the processing processes. Akvemtek globe valves have many material options such as steel, stainless steel, nickel alloy and others. We also offer valves in many different specifications such as pressure class, size, connection type and other factors. In this way, our customers can adapt the valves they will use in their businesses exactly to their needs. As Akvemtek Engineering, in order to provide the best service to our customers, all of our products comply with high quality standards and each of them can be delivered to our customers all over the world quickly and safely.
Dimensions
DN25-DN2000 / 1"-40"
Body Materials
TITANIUM ALLOY, ZIRCONIUM ALLOY, BRONZE ALLOY, NICKEL - INCONEL ALLOY
Maximum Working Pressure
PN63-CLASS300
Seat Materials
EPDM, NBR, PTFE, PEEK, VITON, METAL HARD SEAL
Maximum Working Temperature
538°C - 1000°F
Connection Standards
SPECIAL OR STANDARD CONNECTION TYPES
Desing Standards
ISO 10631:2021, API 609, ISO 5752, ASME16.15, BS5155, ASME B16.1, ISO5211, CONCENTRIC (CENTRIC), DOUBLE ECCENTRIC, TRIPLE ECCENTRIC
Test Standards
ISO 5208, API598