Range of stainless steel, stainless steel with nylon or nylon braided, EPDM lined hose assemblies. Some models incorporate servicing valves. Maximum working pressure 10.0 bar. Maximum operating temperature 85°C.
Thermostatic blending valve with brass body (chrome plated), incorporating a thermostatic cartridge controlling the temperature and dome type operating member. The inlets incorporate a stainless steel strainer and approved check valve cartridge, however, the complete product has not been fully tested to demonstrate it provides backflow protection. 47.533 is the connection set for use with the valve. Maximum operating pressure 10.0 bar.
Non-metallic materials and components comply with BS6920 at 60°C
Range of wall mounted manual blending valves (brass bodies – various finishes) incorporating a ceramic cartridge headwork with a single lever operating member. The shower outlet incorporates an approved check valve cartridge however the complete product has not been fully tested to demonstrate it provides backflow protection. Maximum operating pressure 10 bar. Maximum operating temperature 60°C
Wall mounted, concealed blending valve with a brass body, incorporating a ceramic cartridge headwork. Maximum working pressure 3.5 Bar.
Non-metallic materials and components comply with BS6920 at 60°C
Wall mounted, one or two hole, concealed blending valves with a brass body, incorporating a ceramic cartridge headwork. Maximum working pressure 3.5 Bar.
Non-metallic materials and components comply with BS6920 at 60°C
Range of T-type thermostatic mixing valves with brushed chrome plated DZR brass bodies. Each inlet incorporates a check valve cartridge, verified by test (suitable for backflow protection against Fluid Category 2) and stainless-steel strainers. Compression connections are for use with copper pipe (manufactured to BS EN1057). Maximum working pressure 10.0 bar.
Non-metallic materials and components comply with BS6920 at 85°C
Range of concealed thermostatic shower valves, (brass bodies – various finished trim sets), incorporating, ceramic cartridge controlling the flow with a single lever operating member and detent headworks diverting the flow from shower to shower. The temperature is controlled independently via a thermostatic cartridge with dome type operating member with manual override button. The inlets incorporate single check valve cartridges, (however, the complete assembly has not been fully tested to demonstrate that it provides backflow protection). Maximum working pressure 10.0 Bar. Non-metallic materials and components comply with BS6920 at 65°C Models added June 2025 Maximum operating temperature 60.0°C
Non-metallic materials and components comply with BS6920 at 65°C
Range of wall mounted, concealed or exposed (see models) thermostatic shower valves (chromium plated brass), incorporating a ceramic disc headwork controlling the flow and an independent thermostatic cartridge controlling the temperature, both with single lever type operating members. The temperature control incorporates a manual override. The inlets incorporate stainless steel strainers 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 60°C
Range of MIRA MODE high pressure or pumped, wall fed or ceiling fed bath/shower mixing valves supplied with overhead shower and shower handsets. Inlets are supplied with isolation valves. Maximum working pressure 5 bar for high pressure models and 1 bar for pumped models. Non-metallic materials and components comply with BS6920 at 48°C.
Range of wafer type & lug type butterfly valves with blue epoxy coated ductile iron (V9911 & V9912) or stainless steel bodies (V9952), stainless steel discs and EPDM seats. The products are supplied with either a lever, gearbox (below DN250), electric or pneumatic actuating operating members. Maximum working pressure 16.0 bar.
Non-metallic materials and components comply with BS6920 at 85°C
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