Clippard compact valves

Pressure: 0 bar - 2 bar
Flow rate: 0 l/min - 120 l/min

Common industries that use pinch valves for the benefits of isolating fluid from a mechanical valve include: drug dispensing, laboratory equipment, waste water, medical devices, chemical, food and beverage ...

Pressure: 100, 50 psi
Temperature: 32 °F - 230 °F
Flow rate: 1,070, 1,900 l/min

The GV-2C from Clippard is primarily a dual-way stem valve with a cartridge-type mounting style, an inlet port, and outlet port in its primary design.

Pressure: 0 psi - 300 psi
Flow rate: 190, 113 l/min

These Normally-Open or Normally-Closed 2-way and 3-way valves incorporate an integral pilot actuator that provides a compact assembly and simple installation. The internal valving is identical to the ...

DN: 0.125 in
Pressure: 50, 100 psi
Temperature: 32 °F - 230 °F

Needle Valve, #10-32 Input Ports Notes K=knob Additional Information Air Flow 5 scfm@ 100 psig Max PSI 2000 psig Ports 10-32 Thread Temperature Range 32 to 230 F

DN: 0.125 in
Pressure: 300 psi
Temperature: 32 °F - 230 °F

The Clippard MNV-4 Series uses an air flow of 0-5 scfm at 100 psig and can handle a maximum PSI of 300 psig. It can be used with air, oil, or water, and can be used in an environment from 32 to 230 degrees.

Pressure: 7 bar
Temperature: -34 °C - 82 °C
Flow rate: 10 l/min - 180 l/min

... media. Features & Benefits • Zero power consumption (air-operated) • Excellent intrinsically safe valve substitute • No heat build-up • Compact, lightweight design • Bidirectional • Minimal ...

Pressure: 2 bar
Temperature: 0 °C - 70 °C
Flow rate: 60 l/min

NIV series multi-channel gradient valves feature multiple 2-way, normally-closed PTFE media isolation valves connected around a central body. This unique design provides significant reduction in internal ...

Pressure: 0 bar - 17 bar
Temperature: 0 °C - 110 °C

... pneumatic pinch valves are air-piloted devices designed to open or close tubes for controlling flow of liquids and gases. Other valve types have internal passages that may cause small ...