25mm (1″) – Brass Irrigation Pressure Reducing Valve – Suitable For Air & Water Use

25mm Brass Irrigation Pressure Reducing Valve: Essential for Optimal Pressure Management

The 25mm Brass Irrigation Pressure Reducing Valve-Suitable For Air & Water Use, is a cornerstone in effective pressure management systems. Renowned for its reliability, this valve ensures a consistent downstream pressure, essential for the efficient operation of your systems.

Advanced Pressure Control

Designed to convert high inlet pressure to a manageable outlet pressure, this PRV maintains stability in your system’s flow, preventing the risks associated with pressure fluctuations. Ideal for integration into residential water supply or industrial processes, it stands as a guard, keeping the operational pressure within safe limits.

Durability and Efficiency

Made from anti-dezincification brass, the valve is durable and also resistant to corrosion, ensuring longevity in various environments. Its compensated piston operation allows for precise pressure adjustment, while factory settings of 4 bar provide a standard of control, adjustable according to specific needs.

Comprehensive Application Range

With an inlet pressure capacity of up to 25 bar and an adjustable outlet pressure range from 1 to 5.5 bar, the valve is versatile for use in various applications, from safeguarding household appliances to regulating industrial machinery. Its suitability for water and air systems further enhances its utility across different sectors.

Quality and Certification

The valve’s efficiency is underpinned by its Watermark certification, a testament to its adherence to stringent Australian standards. With a temperature resilience ranging from 0°C to +80°C, it is equipped to handle the varying demands of different climates and operational settings.

You will discover that the 25mm Brass Irrigation Pressure Reducing Valve is an indispensable tool for anyone requiring robust, reliable pressure management in their air and water systems. Its design, material quality, and operational versatility make it valuable in protecting and optimising system performance.