What sets Non-rising Stem Resilient Seated Gate Valves apart is their EPDM encapsulated wedge, ensuring maximum leak-tightness and reliability. The through bore design prevents any debris buildup at the bottom of the valve seat, making maintenance hassle-free. Engineered for long-lasting performance, they providing peace of mind with their optimal corrosion protection and durability.
Secure your fire protection system with the trusted choice of flanged ends
NRS Resilient Seated Gate Valve - Flanged Ends
Our extensive range of Non-rising Stem Resilient Seated Gate Valves is tailored to excel in fire protection applications, and come equipped with flanged ends for seamless flange-to-flange installation.
Diameter range
2,5” - 12”
Connection
Flanges to ANSI B16.1 Class125
Maximum Operating Pressure
300 PSI / 20,7 bar for 2,5”-12”
Maximum Working Pressure
42 °F to 180 °F (6 °C to 82 °C)
Coating
300 μm FBE coating, external and internal to AWWA C550
Certification
UL Listed and FM Approved
Key Features & Benefits
Specialised Fire Protection
Designed specifically for fire protection systems, these valves ensure a smooth, secure flange-to-flange installation for unwavering reliability when it matters most.
Superior Leak Prevention
The EPDM encapsulated wedge design allows for maximised safety and dependability with our valves' leak-tight design, offering peace of mind in fire protection scenarios.
Maintenance Made Simple
The through bore design prevents debris accumulation and simplify maintenance with our intelligently engineered valves, ensuring hassle-free long-term operation.
Optimal Corrosion Protection & Durability
Trust in the longevity of your fire protection system with valves engineered to withstand the test of time, providing enduring performance and security.
A Nationwide Distribution Network
Since 1969 we have developed and manufactured innovative plastic pipeline solutions for the gas industry and these solutions are now commonly used in the water, wastewater, energy & power, district heating and telecoms sectors.