Heavy Duty Pinch Valves, Carbon Steel, DN150, PN10, FF Flanged

Product Name: Heavy Duty Pinch Valves
Body Material: Carbon Steel
Size: DN150, 150 mm, 6 Inch
Pressure: PN10
End Connection: FF Flanged
Temperature Range: -35°C to +130°C
Operation: Handwheel

High performance heavy-duty pinch valves are durable and ideal valves specifically designed for performing closing and control actions in the transportation of abrasive and corrosive slurries, powders, and coarse particulate materials Valves play a crucial role in the entire operating system. To ensure the stability, safety, and effectiveness of the entire production process, it is necessary to conduct in-depth research on the on-off valves used in the production process. When there are particles, easy scaling, and corrosive properties in the medium, choosing to use a pipe clamp valve can bring good results!

We have designed and developed pipe clamp valves specifically for corrosive and abrasive applications.

Technical Specification

» Structure: Heavy Duty Pinch Valve

» Body material: Aluminum alloy, Carbon steel, stainless steel

» Nominal diameter: DN25~DN800, 1~32”, Bigger sizes on request

» Nominal pressure: PN10, PN16, CLASS 150

» Valve type: straight through type

» Connection method: flange connection

» Applicable working conditions: medium concentration acid, arbitrary concentration alkali salt, slurry prone to scaling, medium containing particles

» Maximum working pressure of valve: 2.5MPa

» Close differential pressure: 0.25MPa

» Valve full stroke action time: ≤3s

» Effective diameter: 25~800mm

» Leakage level: Level IV, meets API 598

Product Features

» High wear resistance and corrosion resistance characteristics

Capable of withstanding various moderate concentrations of acids and any concentration of alkali salt solutions, able to transport mineral slurry, dry and wet powders, and media with crystalline objects. Full bore: When the pipe clamp valve is in the open state, its overall structure can be completely integrated with the pipeline system without changing the inner diameter and structure of the pipeline, which affects the pipeline, The structure of the flowing medium has no effect.

» No blockage or impurity closure

The clamp valve has an unobstructed full diameter, and due to the fluid medium flowing in the elastic inner chamber, it will not scale and has self-cleaning properties. Natural and unobstructed closure with impurities: The pipe clamp valve has a full diameter without obstruction, achieving an unobstructed effect. Even in the presence of solid particles, the inner container is deformed by pressing the pressure plate, completely enveloping the solid particles in the rubber. The presence of solid particles in the pipeline can also achieve full diameter closure.

» No leakage

The inner liner is equipped with rubber flanges at both ends. When the valve is connected to the pipeline, there is no need to install additional sealing gaskets. The valve channel and control medium space are completely isolated, and there will be no internal or external leakage, thus fundamentally eliminating adverse phenomena such as running, emitting, dripping, and leaking.

» Longer lifespan than alloy valves

The only component of the pipe clamp valve that comes into contact with the medium is the inner liner, which is made of rubber on the inner wall. Therefore, the inner wall is very smooth and elastic. When the medium passes through the inner liner, the friction between the medium and the inner wall is very small.

» Low maintenance costs

The pipe clamp valve is specially designed as a low maintenance cost valve, without the need for regular replacement of valve seats, sealing fillers, sealing rings, or expansion pipes. The inner liner is the only component that needs to be replaced for the pipe clamp valve, and once the inner liner is replaced, the valve looks like new.

» Can replace numerous valves

Can replace diaphragm valves (prone to scaling and frequent blockage of pipelines), gate valves (not tightly closed, prone to leakage), globe valves, regulating valves, etc.