The 3/4" HH red lever ball valve is the essential component for ensuring reliable, fast, and leak-proof control in your plumbing, heating, and water supply systems. Designed for superior performance in fluid distribution networks, this quarter-turn valve allows you to open or close the flow with a simple and convenient movement, ensuring an immediate complete shutoff of the supply when needed.

Manufactured from high-quality, corrosion-resistant metal, this shut-off valve optimally withstands the demands of daily use in both domestic and industrial environments. Its full-bore design minimizes pressure loss, allowing water to flow efficiently and without restriction. The red-coated aluminum lever provides clear visual identification and an ergonomic grip, even in confined spaces or complex installations.

Main Features

• Product reference: B25106821.

• Connection size: 3/4 inch with female thread on both ends (HH).

• Quick opening and closing system using a quarter-turn lever.

• Robust and durable design, highly resistant to pressure and wear from water.

• Ergonomic red lever for comfortable and visible operation.

• Ideal for plumbing applications, irrigation systems, compressed air and heating circuits.

Frequently Asked Questions

In what type of installations can this ball valve be used?

This stopcock is extremely versatile and is designed for use in general plumbing networks, drinking water installations, heating systems, irrigation networks and the conveyance of non-corrosive fluids compatible with the manufacturing materials.

What does it mean that it has a 3/4" HH connection?

The HH designation indicates that the valve has a female thread on both connection ends, with a nominal diameter of 3/4 inch, facilitating its direct coupling to pipes and fittings with compatible male threads.

How is this shut-off valve maintained?

Thanks to its watertight construction and ball mechanism, it requires no complex maintenance. It is recommended to periodically fully operate the lever (open and close) to prevent sediment buildup and ensure the mechanism remains smooth and operational.