Section Code 1715 :
Back To Directory SectionsRange of in-line `Y`-patterned strainers with bronze bodies incorporating stainless steel mesh strainers and PTFE washers. Maximum working pressure 20.0 bar. Maximum operating temperature 85°C.
Range of In-line Y patterned strainers with ductle iron bodies (blue epoxy powder coated) and stainless-steel mesh. Maximum working pressure: 16 Bar Maximum operating temperature: 85 °C
Range of in-line Y pattern strainers with bronze bodies, forged brass cap and stainless- steel screen. Threaded end connections to BS21 ISO7/1 r/c (BSP taper – JIS B0203) Maximum working pressure 25 bar. Maximum operating temperature 23˚C.
Range of in-line `Y`-patterned strainers with bronze bodies incorporating stainless steel mesh strainers and PTFE washers. Maximum working pressure 20.0 bar. Maximum operating temperature 85°C.
Range of in-line `Y`-patterned strainers with bronze bodies incorporating stainless steel mesh strainers and PTFE washers. Maximum working pressure 20.0 bar. Maximum operating temperature 85°C.
Range of Y-pattern strainers with DZR brass bodies and stainless steel strainers. The compression connection is for use with copper pipe to BS EN1057. Maximum working pressure 20 bar (BSP threaded models ½”-2”), 16.0 bar (compression models). Maximum operating temperature 85°C.
Range of in-line `Y`-patterned strainers with bronze bodies incorporating stainless steel mesh strainers and PTFE washers. Maximum working pressure 20.0 bar. Maximum operating temperature 85°C.
Range of `Y`-patterned strainers with either brass or DZR brass bodies, incorporating a stainless-steel mesh strainer. Maximum working pressure: 25.0 Bar (Models 36233, 36234, 36235, 36236, 36237 & 36238 ) or 16.0 Bar (Models 36230 & 36231 ) Maximum operating temperature 95°C. Strainers with compression connections are to be used with copper pipe manufacture to BS EN 1057. Strainers with M profile press-fit connections are to be used with copper pipe manufactured to BS EN 1057 & SS304 Stainless steel pipe manufactured to EN 10312.
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