20mm PPR Ball Valve

It is made from Polypropylene Random Copolymer (PPR), which offers excellent resistance to corrosion and chemicals.

Yes, PPR ball valves are designed to handle high pressures and temperatures, making them ideal for various plumbing applications.

It is relatively easy to install using standard PPR fusion welding techniques.

Yes, it is suitable for both hot and cold water systems due to its temperature resistance.

Yes, PPR valves generally comply with international safety standards for plumbing systems.

Yes, PPR materials are resistant to freezing temperatures, reducing the risk of cracking.

A PPR Ball Valve uses a spherical ball with a bore inside. When you rotate the handle or apply an actuator, the bore lines up with the piping to allow flow; rotating again blocks flow. This design provides a full bore for minimal resistance and reliable shut-off.

Full bore means the internal passage is the same diameter as the pipe, so there’s less turbulence and a smaller pressure drop. It enables maximum flow and efficient operation in your system.

It’s made from PPR (polypropylene random copolymer), which delivers strong corrosion and chemical resistance. This makes it suitable for water, oil, gas, and other common services.

PPR ball valves are offered in a range of sizes, materials, and pressure ratings to fit different systems. For exact options, check the product specification on the page or the downloadable spec sheet.

Yes. The PPR Ball Valve supports automated actuation and is compatible with electric actuators. This lets you control the valve remotely or as part of an automated system.

They’re ideal for water systems (including potable water where approved), oil and gas pipelines, fire protection networks, and various industrial process controls. They’re also used in some medical and pharmaceutical settings when ratings permit.

Begin by preparing and measuring the PPR pipe ends. Join the valve with compatible fittings using solvent weld, push-fit, or threaded connections per your fittings’ guidelines. Support the valve, ensure correct orientation, and test for leaks after installation.

Make sure the valve’s pressure and temperature ratings match your system, use approved PPR fittings, and follow local plumbing codes. Wear PPE during cutting and assembly, and inspect for leaks after installation.