Size compatibility: As the name suggests, the valve is designed for a 22mm pipe system. This is the standard size for many domestic water supply lines, making the 22mm pressure reducing valve an ideal choice for most homes.
Pressure control: One of the key features of this valve is its ability to reduce and regulate the pressure of the water that flows through it. It's designed to reduce high incoming pressure, typically from municipal water supplies, to a safer, more manageable level for domestic use.
Built-in strainer: Many 22mm pressure reducing valves come with a built-in strainer. This helps filter out any debris in the water supply that could potentially damage the valve or downstream equipment. It's a valuable feature that adds an extra level of protection to your plumbing system.
Adjustable pressure: A standout feature of these valves is their adjustable pressure settings. Users can manually set the desired downstream pressure according to their specific needs, ensuring optimum performance and the longevity of plumbing fixtures.
Durability and resilience: The 22mm pressure reducing valve is typically made from high-quality, corrosion-resistant materials such as brass or stainless steel. This ensures the valve can withstand high pressure and temperature variations, contributing to a long operational life.
Energy efficiency: Pressure reducing valves can contribute to significant energy savings. By controlling the water pressure, they reduce the amount of water wasted and minimize the energy required to heat water, especially in homes with tankless water heaters.
Easy installation: The 22mm pressure reducing valve is designed for easy installation into existing pipework. Most models are suitable for both horizontal and vertical installations, offering flexibility to the user.
Compact design: Despite its numerous features, the 22mm pressure reducing valve is often compact in design. This means it can fit into small spaces within a plumbing system, making it a practical solution for both new builds and retrofits.