DZR Brass Gate Valve – Tested High Quality – Watermarked

DZR Brass Gate Valve – Tested High Quality – Watermarked

The DZR Brass Gate Valve stands out as a highly reliable choice for any system requiring a robust shutoff mechanism. Commonly utilised in numerous settings, this gate valve excels in applications where straightforward on/off functionality is essential, coupled with a dependable seal.

Designed for versatility, the DZR Brass Gate Valve is ideal for managing the flow of hot and cold potable water. It operates effectively by either fully opening or closing the gate, but it also offers the flexibility to adjust the flow by partially opening it. This adaptability makes it perfect for systems that require flow regulation alongside isolation.

One of the key benefits of this gate valve is its compact design. The body length of the gate valve is notably shorter compared to other valve types, making it particularly advantageous in environments where space along the piping is limited.

Construction and Material Quality

The valve’s construction is robust, featuring a body, wedge, stem, and bonnet all made from DZR (dezincification-resistant) brass, ensuring longevity and resistance to corrosion. The stem packing is crafted from PTFE to enhance the seal, and the handwheel is made from durable cast iron, designed for easy operation.

Specifications and Suitability

This gate valve is practical and conforms to high quality and safety standards. It supports a maximum working pressure of 2500kPa (25 Bar) and can handle water temperatures up to 95 degrees Celsius. It features a BSP thread compliant with ISO 228 standards, ensuring compatibility with various piping systems. Moreover, it is Watermarked under WMTS012, certifying its suitability and reliability for handling potable water applications.

Whether installed in residential, commercial, or industrial environments, the DZR Brass Gate Valve offers excellent functionality and safety, making it essential for efficient water management systems. Its ability to function effectively in both fully opened and closed positions, and its capability to regulate flow, provide users with flexibility and control, ensuring reliable operation across various applications.