The valve’s crevice-free, polished internal surfaces ensure that the flow path remains smooth and free of dead zones, preventing fluid retention and contamination. Its tri-clamp design maintains a tight, hygienic seal, and the stainless steel construction ensures the mechanism resists corrosion and wear, delivering consistent, reliable performance even under frequent use.
Working Temperature | -10 ° to 120 ° |
Pressure | 10bar |
Work operate | Manual, pneumatic type |
Gasket | EPDM, Silicone, Viton according to FDA 177.2600 |
Valve body type | LL, LT, TL and TT type |
Connection mode | Clamped, welded, male threaded, female threaded, flange end, union connection |
Specification | 1/2"-4", DN15-DN100 |
Material quality | SUS304, SUS316L |
Surface | Mirror polished,Matte polished or sand blasting type |
inner surface | Ra 0.4um to meet the requirement of food industries |
| Standard | SMS,DIN,3A,ISO,RJT and so on |
| Required compressed air | 4-8Bar |
| Connection of compressed air | G 1/8’’ |
| Limit switch | 6-36V, DC 2nos of NPN or PNP( to be chose ) |
Normally closed valve is the standard version.The valve can be changed to normally open by simply reversing the position of the pneumatic actuator. | |
External position sensors is available if needed | |
Manual or pneumatic actuated or electric actuated are chosen as per the different applications. | |
C top control unit is available if needed. | |
Features
Supports pneumatic, electric, and electro-hydraulic actuation for seamless integration with diverse automated control systems.
Equipped with a dedicated valve positioner to deliver accurate stroke control, low hysteresis, and stable throttling performance.
Fabricated from stainless steel, alloy steel, or specialty corrosion-resistant materials, suitable for aggressive media and harsh environments.
Optimized flow path and specialized trim structure minimize cavitation, erosion, and flow noise for long service life.
Engineered to handle extreme operating pressures and temperatures, ensuring stable performance under variable working conditions.
Modular construction, interchangeable internal parts, and compliance with ANSI/DIN/BS standards simplify assembly, repair, and replacement.
Application
Working Principles
The valve’s crevice-free, polished internal surfaces ensure that the flow path remains smooth and free of dead zones, preventing fluid retention and contamination. Its tri-clamp design maintains a tight, hygienic seal, and the stainless steel construction ensures the mechanism resists corrosion and wear, delivering consistent, reliable performance even under frequent use.
Feature and Specification
Stainless Steel Control Valve Specification Chart
Working Temperature | -10 ° to 120 ° |
Pressure | 10bar |
Work operate | Manual, pneumatic type |
Gasket | EPDM, Silicone, Viton according to FDA 177.2600 |
Valve body type | LL, LT, TL and TT type |
Connection mode | Clamped, welded, male threaded, female threaded, flange end, union connection |
Specification | 1/2"-4", DN15-DN100 |
Material quality | SUS304, SUS316L |
Surface | Mirror polished,Matte polished or sand blasting type |
inner surface | Ra 0.4um to meet the requirement of food industries |
| Standard | SMS,DIN,3A,ISO,RJT and so on |
| Required compressed air | 4-8Bar |
| Connection of compressed air | G 1/8’’ |
| Limit switch | 6-36V, DC 2nos of NPN or PNP( to be chose ) |
Normally closed valve is the standard version.The valve can be changed to normally open by simply reversing the position of the pneumatic actuator. | |
External position sensors is available if needed | |
Manual or pneumatic actuated or electric actuated are chosen as per the different applications. | |
C top control unit is available if needed. | |
Features
Supports pneumatic, electric, and electro-hydraulic actuation for seamless integration with diverse automated control systems.
Equipped with a dedicated valve positioner to deliver accurate stroke control, low hysteresis, and stable throttling performance.
Fabricated from stainless steel, alloy steel, or specialty corrosion-resistant materials, suitable for aggressive media and harsh environments.
Optimized flow path and specialized trim structure minimize cavitation, erosion, and flow noise for long service life.
Engineered to handle extreme operating pressures and temperatures, ensuring stable performance under variable working conditions.
Modular construction, interchangeable internal parts, and compliance with ANSI/DIN/BS standards simplify assembly, repair, and replacement.
Application
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