Range of pillar taps (chromium plated brass), incorporating quarter turn ceramic disc headworks with single lever, dome type or cross top operating members and plastic backnuts. The spout outlets incorporate a plastic flow straightener. Maximum working pressure 10.0 bar. Maximum operating temperature 60°C.
Wall mounted non-concussive tap assembly (chrome plated brass body) with a dome operating member. Maximum working pressure 10.0 bar. Maximum operating temperature 75°C.
Softpex® Range of Stainless Steel and Polyamide braided, PE lined connection hoses with various end connections DN6 (S/S & PA braided – PE-RT) , DN8 (S/S & PA braided – PEX), DN10 (S/S braided - PEX ONLY), DN13 (S/S braided - PEX ONLY) Maximum working pressure; 10 Bar Maximum operating temperature; 70°c
Range of air venting valves with brass bodies. The P0508.015 compression model is for use with copper pipe (manufacturer to EN 1057) Maximum working pressure: 10.0 bar. Maximum operating temperature 85°C.
Range of air venting valves with blue epoxy coated ductile iron or plastic bodies with plastic floats. Maximum working pressure 16.0 Bar. Cold water use only.
Range of automatic air release valves with blue epoxy coated stainless steel bodies and plastic or stainless-steel floats. Maximum working pressure 16.0, 25.0 or 40.0 bar (See Models below). Cold water use only.
Range of wall mounted, concealed, manually operated blending valves with (brass bodies - various finishes), incorporating ceramic cartridge or quarter turn ceramic disc headworks and single lever or dome type operating members. Maximum working pressure 5.0 Bar Maximum operating temperature 70 °C.
Range of wall mounted, thermostatic shower valves with chromium plated brass body. Flow is controlled by a quarter turn ceramic disc headwork with single lever operating members. Temperature is controlled by a thermostatic cartridge with a dome type operating member which incorporates a manual override button. The inlets incorporate a stainless steel strainer and an approved check valve cartridge however, the complete product has not been fully tested to demonstrate it provides backflow protection. Maximum working pressure 10.0 bar. Maximum operating temperature 70°C
Range of wall mounted thermostatic bar shower mixers (chrome plated brass bodies), incorporating a 2-way manual diverter to control the flow with cube type operating members. The temperature is controlled independently via a thermostatic cartridge with cube type operating member that incorporates a manual override button. The inlets incorporate stainless-steel strainer and approved check valve cartridges; however, the complete product has not been fully tested to demonstrate it provides backflow protection. Maximum working pressure 5.0 Bar.
Non-metallic materials and components comply with BS6920 at 65°C
Range of wall mounted bar type thermostatic shower valves (chrome plated brass bodies) incorporating ceramic disc headwork which controls the flow with cubed type operating members. Temperature is controlled independently via a thermostatic cartridge with cubed type operating member that incorporates a manual override button. Both inlets incorporate an approved check valve cartridge however, the complete product has not been fully tested to demonstrate it provides backflow protection. Products are supplied with a shower hose and handset. Maximum working pressure 5.0 bar. Maximum operating temperature 65°C
Wall mounted thermostatic shower valve (chromium plated brass) incorporating a quarter turn ceramic disc headworks with a single lever operating member. The temperature is controlled independently via a thermostatic cartridge with manual override button and a single lever operating member. Both inlets incorporate an approved single check valve cartridge, however, the complete product has not been fully tested to demonstrate it provides backflow protection. The product is supplied with a riser rail, shower hose and handset. Maximum working pressure 5.0 bar. Maximum operating temperature 85°C.
Range of wafer and lug butterfly valves incorporating blue epoxy coated ductile iron body, either a stainless steel (CF8 or CF8M) or blue epoxy coated ductile iron disc and an EPDM seat. DN40-300 lever and gear operated, DN350-600 gear operated. Maximum working pressure 16.0 Bar. Maximum operating temperature 85°C
Range of angle valves (brass bodies – various finishes) incorporating a quarter turn ceramic disc headwork with single lever operating members. Maximum working pressure 5.0 Bar, Maximum operating temperature 60.0°C
Range of concealed stop-valve trim sets with (brass bodies - various finishes), incorporating a quarter turn ceramic disc headwork and single lever operating member. Maximum working pressure 10.0 Bar. Maximum operating temperature 23C.
Range of spring loaded, non-return valves with ductile iron bodies (blue epoxy powder coated) with stainless steel discs, springs and shafts and EPDM seat. Maximum working pressure 25.0 bar. Maximum operating temperature 85°C.
Non-metallic materials and components comply with BS6920 at 85°C
A range of non-return valve with blue epoxy coated ductile iron bodies, stainless-steel disc and EPDM seats. Maximum working pressure 16.0 Bar Maximum operating temperature 85.0°C
Range of non-return, swing gate valves with gunmetal bronze bodies. Maximum working pressure 20.0 bar.
Non-metallic materials and components comply with BS6920 at 85°C
Range of non-return, swing gate valves with gunmetal bronze bodies. Maximum working pressure 20.0 bar.
Non-metallic materials and components comply with BS6920 at 85°C
UNIWAT 5107Range of swing gate, non-return valves with blue epoxy coated ductile iron bodies and EPDM swing gates. Maximum working pressure 16.0 bar. Maximum operating temperature 85°C.
Range of in-line, manually adjustable pressure reducing valves with brushed chrome plated DZR brass bodies. Maximum inlet supply pressure 8.0 bar. Maximum outlet pressures between 1.0 and 6.0 bar. Maximum operating temperature 85°C.
Page 495 of 590
We use cookies to give you the best possible experience with WRAS. Some are essential to provide website functions and ensure the website is secure. We also use cookies to help us understand how people use the site and to make improvements. Click "Accept All" to enable recommended settings or click "Manage cookies" to adjust your settings. For more details, see our Cookie Policy.
