Fluorine Lined Butterfly Valve

Fluorine Lined Ball Valve

Fluorine Lined Diaphragm Valve

Fluorine Lined Check Valve

Fluorine Lined Gate Valve

Fluorine Lined Y Strainer

Fluorine Lined Basket Strainer

Fluorine Lined T Strainer

Fluorine Lined Globe Valve

Fluorine Lined Control Valve

Fluorine Lined Plug Valve

Rubber Lined Diaphragm Valve

Straight through type rubber lined diaphragm valve

A straight-through diaphragm valve controls fluid flow in a pipeline using a diaphragm that moves vertically to open or close the flow path. The straight-through design allows fluid to pass directly through the valve, reducing pressure drop and maintaining efficient flow. It is commonly used in applications where reliable sealing and minimal obstruction are needed, […]

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Weir type rubber lined diaphragm valve

A weir-type diaphragm valve is a specific design of diaphragm valve that features a raised lip or saddle in the valve body. The diaphragm comes into contact with this weir to form a seal and control fluid flow. Main parts and materials Name/Material CI WCB CF8 CF3 CF8M CF3M Body CI WCB CF8 CF3 CF8M CF3M Diaphragm […]

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FAQ
What are the main components of a rubber-lined diaphragm valve?
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A rubber-lined diaphragm valve consists of the valve body, the diaphragm, and the bonnet assembly. The rubber lining protects the valve body from corrosion and wear, while the flexible diaphragm forms a tight seal to control flow. The actuator, which can be manual or automated, operates the diaphragm.
How should rubber-lined diaphragm valves be maintained?
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Maintenance for rubber-lined diaphragm valves includes regular checks of the diaphragm for wear or damage. The rubber lining should also be inspected for signs of degradation, especially when exposed to aggressive chemicals. Replace the diaphragm as needed, and ensure all moving parts are lubricated and functioning properly.
What industries commonly use rubber-lined diaphragm valves?
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Rubber-lined diaphragm valves are widely used in industries like water treatment, chemical processing, pharmaceuticals, and mining. They are chosen for their ability to handle aggressive chemicals and abrasive slurries, making them ideal for both corrosive and high-particulate applications where metal valves would face significant wear.
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