Air Valve Dealers in Secunderabad

• Application: Mechanical Industry
• Feature: Casting Approved, Durable, Easy Maintenance.
• Operating temperature: Max. 110°C (230°F)
• Operating pressure: Max. 10 bar (145 P.S.I.)
• Connection sizes: R 3/8" and R 1/2"

Application: The Air Vent is a reliable automatic venting device and is suitable for venting of air or gas from heating systems or heat process installations.   Features : With the shutoff valve fitted, cleaning or re-placement of the seal and inner components can be carried out without draining the system.   Range of Application : Hot water heating systems, radiators, wall and ceiling-mounted air heaters, air collection vessels, pipework circuits, boilers and air separators Not suitable for mineral oil or liquids with mineral-oil-based additives.   Design : The automatic air vent comprises: Housing Lid Float Valve seat seals   Design: Brass housing Brass lid High grade, heat-resistant synthetic material float Heat-resistant elastomer seal components

Air operated Pinch Valve allows Free flow of product, minimum frictional resistance, 100% leak free, no blockages and low net weight. Air operated Pinch Valve is a flattened and elliptical casing design of all flanged types ensures minimum compressed air consumption. This results in energy savings and ensures a specified, lipped fold pattern to the sleeve of the air operated Pinch Valve. This specific, lipped fold pattern in the Air operated Pinch Valves ensures the complete sealing of the product flow. Even large solids are enclosed by the sleeve in the air operated Pinch Valves and are thus tightly sealed. Sleeve materials and connection options A wide range of different rubber sleeve-, body materials, flange- and socket end materials such as internal thread, tri-clamp, weld-on ends, RJT connection or threaded hose nozzles, are available at our website.

• Type: Single, Double Chamber Kinetic Air Valve
• Material Of Construction: Cast Steel / Ductile Iron / Cast Iron
• Pressure: PN 10, PN 16 & PN 25
• Standard Followed: IS 14845

The presence of free air in pipeline can reduce the severity of water hammer considerably. Air in a rising main, whether in solution or in bubble from can have number of ill effects• Cavitation - The formation of vacuous cavities which subsequently rapidly collapse and erode the pump or pipe• Headloss - Accelerating water past air pockets formed in pipes, leading to head losses• Other forms may include surging, Corrosion, reduced pump efficiency, malfunctioning of valves or vibrationsA pipeline designer therefore has to factor in all the aforesaid, the critical level of permissible vaccum inside a pipeline to prevent collapse vis-a-vis the suction and discharge capacity of an air valve (curves on request) before deciding upon the type, size, spacing and location of these air valves. 

Air Valves, Angle Valves, Double Beat Valves, Diaphragm Valves, Pulp Valves

Air Valves, Industrial Valves, Mild Steel Pipes, Pipe Fittings, Pipes

High Orifice Solenoid Valve, Compact Pneumatic Cylinders, instrument valves