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Quick Details

  • Standard or Nonstandard: Standard
  • Structure: Ball
  • Pressure: Low Pressure, Low
  • Power: Pneumatic, Pneumatic
  • Material: Alloy
  • Temperature of Media: Low Temperature
  • Media: Water
  • Port Size: size
  • Place of Origin: Henan, China (Mainland), Henan China
  • Model Number: air pinch valves, Pinch Valves
  • Brand Name: GYLDT Low Weight Flanged Pneumatic Pinch Valve, GYLDT Low Weight Flanged Pneumatic Pinch Valve
  • Application: General
  • Name: Low Weight Flanged Pneumatic Pinch Valve
  • Pinch Valves Material: Alloy
  • Pinch valves Structure: Ball
  • Pinch Valves Media: Water
  • Temperature: Low

Packaging & Delivery

Packaging Details plastic bags, wooden box, or according to your demand
Delivery Time within 3-30 days according to your order


Low Weight Flanged Pneumatic Pinch Valve






Low Weight Flanged Pneumatic Pinch Valve Product Overview:
Low Weight Flanged Pneumatic Pinch Valve , the simplest valve design, include any valve with a flexible elastomer body that can be pinched close to cut off flow, using a mechanism or fluid pressure. Low Weight Flanged Pneumatic Pinch Valve are linear motion valves that can be used to start, stop and throttle media through a system. Low Weight Flanged Pneumatic Pinch Valve are low maintenance, low weight, and can be used in systems requiring explosion-proof line closure. While the design of pinch valves provides extensive advantages for use in sterile lines and in situations where product purity is a high priority, these same design features do create some disadvantages. Due to their elastomeric bodies, pinch valves are not viable in situations where the transport media is at a high temperature. Low Weight Flanged Pneumatic Pinch Valve are also not recommended for services that require high-pressure flow, and for use with gases.

Low Weight Flanged Pneumatic Pinch Valve Product Features: 
1. Advantages 
1. Very Clean
1. 2. Excellent drainage
2. 3. Minimal turbulence
3. 4. Low airborne contaminants
4. 5. Low maintenance
5. 6. Low weight
6. 7. Can be used in explosion-proof lines
8. Inexpensive

Low Weight Flanged Pneumatic Pinch Valve Disadvantages 
1. Cannot be used in high temperature applications
2. Cannot be used in high pressure applications
3. Cannot be used with gas media

Low Weight Flanged Pneumatic Pinch Valve Method of Control: 
1. Pinch valves use a liner motion method of control.
2. The disc is a flexible material liner, similar to a diaphragm.
3. The stem of the pinch valve has a free-moving connection to a moving closure bar, called a compressor, which is located directly above the liner.
4. As the hand wheel is turned, the compressor lowers the liner to squeeze the liner against the bottom support to close the valve.
5. The pressure of the media in the valve can help in starting or stopping the flow.

Low Weight Flanged Pneumatic Pinch Valve Function:
Pinch valves can be used for On/Off, as well as throttling services.
Pinch valves are ideal for on/off services because of their straight through design that allows for uninhibited flow. Straight through designs also have very little pressure drop between the inlet and outlet.
The effective throttling range of a pinch valve is usually between 10% and 95% of the rated flow capacity. The best flow control is at the last 50% of the stroke. This is because the smooth walls and resilience of the liner do not provide a significant pressure drop until at least 50% of the stroke has been achieved. To avoid using the ineffective half of the full stroke some pinch valves are designed for maximum opening at 50%. It is not recommended that media with sharp particles are throttled close to shutoff. The particles can scratch the liner, causing grooves that could potentially tear.

Low Weight Flanged Pneumatic Pinch Valve Media: 
1. Pinch valves can be used for liquid, solid and slurry applications.
2. The valve can effectively control the flow of both abrasives and corrosives, as there is no contact between metal parts and the transport media.
3. Pinch valves have a liner which keeps all moving parts outside of the flow stream so large particulates can be trapped in the seal area of the valve without breaking the seal.
4. Due to the isolation of the valve parts from the media these valves can also be used in applications where corrosion or metal contamination of the fluid, slurries, sand-entrained water systems, sewage treatment, and process food might be a problem.

Note: In liquid applications, the liquid must be kept moving so the displacement of the fluid by the sealing area does not cause additional strain on the liner and cause it to burst.


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