Air Operated Pinch Valve

Electric Pinch Valve

Manual Pinch Valve

Pneumatic Pinch Valve

Rubber
Natural Rubber

1-Main property of the sleeve Rubber quality Application examples Temperature range Typical media EPDM Chemical applications: Applicable to 75% of all industrial chemical applications. -40℃ – ＋110℃ Concentrated and oxidiziing chemicals. NR High wear applications. -40℃ – ＋80℃ Abrasive materials, diluted acids, alkali & chemicals. NBR Applications involving oils, fats and hydrocarbon. -30℃ – ＋100℃ Oil, fats, fuels […]

Read More
Load More
FAQ
How does the rubber sleeve in a pinch valve prevent contamination?
+
The rubber sleeve prevents contamination by separating fluids from the valve’s metal parts. Since fluid only contacts the sleeve interior, contamination chances are lowered. This is vital for clean processes in industries like food and pharmaceuticals.
What are the advantages of using EPDM over natural rubber in pinch valves?
+
Versus natural rubber, EPDM handles harsh conditions better with superior chemical/thermal resistance. It manages chemicals, acids, and high temps that would degrade natural rubber faster. EPDM also lasts longer outdoors or in UV exposure.
How does the rubber sleeve material affect the lifespan of a pinch valve?
+
The sleeve material directly impacts valve lifespan. High-grade elastomers like EPDM or silicone endure more cycles in taxing environments, resisting chemical, temperature, or abrasive exposure that would quickly wear out inferior materials. Appropriate material selection extends sleeve and valve life.
FOR FURTHER INFORMATION
CONTACT US
Contact Lianke +