Shipham Valves pass Fire Tests

High performance aluminium bronze butterfly valves successfully pass fire tests

Shipham Valves have successfully completed the fire test qualification of their range of high performance, double offset, nickel aluminium bronze butterfly valves. Valves in 3" and 8" sizes, with secondary Alloy 625 metal seats, were tested in accordance with the standard BS EN ISO 10497:2004 2nd Edition (API 607 5th Edition) in the presence of Lloyd’s Register with both achieving zero leakage control.

These successful fire tests qualify the complete Shipham range of aluminium bronze high performance butterfly valves from 3" (DN80) up to 42" (DN1050) and in both Class 150 and 300 pressure ratings (PN10, PN16, PN25 & PN40).

The Shipham range of high performance butterfly valves are designed in accordance with API 609 Category B, providing bi-directional operation, blow-out proof stem protection, ISO top works pad for gearbox or actuator mounting, internal body stops to prevent disc over-travel, accessible stem packing arrangement for easy maintenance, top and bottom bearings for stem support and a double offset stem / disc design which reduces wear on the seat and thereby extending the in-service valve life. The range is available in wafer, wafer lugged and double flanged body designs.
The butterfly valve range will continue to be manufactured in the materials synonymous to the Shipham Valve brand including Bronze, Nickel Aluminium Bronze, Monel®, Inconel®, Hastelloy®, Zirconium & Titanium and will be manufactured alongside our traditional gate, globe, ball, swing check and dual plate check valve ranges at our works in Hull, UK and will underpin our enviable reputation as market leader in the manufacture of valves in non-ferrous and high alloy materials developed for providing solutions for corrosive and severe service applications such as seawater and other aggressive fluids.

Shipham Valves
Tel: +44(0)1482 323163
Website www.shipham-valves.com or contact our sales department at sales@shipham-valves.com

Published: %dth %B %Y