Membrane Housing

Discription Designed for industrial water treatment, fluid process separation and high pressure applications +Housing diameter selected from 2.5”, 4” and 8” +Both end port and side port configuration +Multi F/C ports can be added to side port housings at different clocking positions +Operating pressure rating ranges from 300 psi and 600 psi +Different closure mechanisms are available such as retaining ring (RC), Victaulic clamp (VC), Tri-clamp (TC) +Material of construction

8 Inch Industry SS Membrane Housing Victaulic Coupling Inlet Connection Technical Parameters of membrane housing 8’’ Membrane Housing-VC-300PSI/600PSI-For Industry Side port, with qty. of 2~8 pcs SS retaining ring closure Max working pressure: 300PSI/600PSI Max working temperature: 90 ℃ Housing Material: SS304/316L End cap material: SS 304/316L Adapter: SS304/316L O-ring material: EPDM, with NSF certificate Finish: Mechanical polishing (320 mesh, Ra

Working Principle of membrane housing Stainless steel membrane housing is an essential part of the reverse osmosis device. Its length matches the number of RO membrane, producto's inside and outside are polished, beautiful and practical, working pressure reaches the RO system operation requirements. Technical Parameters of membrane housing 8’’ Membrane Housing-VC-300PSI/600PSI-For Industry Side port, with qty. of 2~8 pcs SS retaining ring closure Max working pressure: 300PSI

Discription 8’’ Membrane Housing-TC-300PSI-For Sanitary Side port, with qty. of 2~8 pcs SS retaining ring closure Max working pressure: 300PSI/600PSI Max working temperature: 90 ℃ Housing Material: SS304/316L End cap material: SS304/316L Adapter: SS304/316L O-ring material: EPDM, with NSF certificate Finish: Mechanical polishing (320 mesh, Ra

SS 304/316L Membrane Housing 2.5 Inch High Pressure Discription 2.5 ’’ Membrane Housing-For Industry-1000PSI Side port Max working pressure: 1000PSI Max working temperature: 90 ℃ Housing Material: SS304/316L End cap material: SS 304/316L Adapter: SS304/316L O-ring material: EPDM, with NSF certificate Finish: Mechanical polishing (320 mesh, Ra

Discription 4’’ Membrane Housing-ABS/Nylon End Cup -300PSI End port, Stainless Steel Tri-clamp closure Max working pressure: 300 PSI Max working temperature: 90 ℃ Housing Material: SS304/316L End cap material: ABS/Nylon O-ring material: EPDM, with NSF certificate Finish: Mechanical polishing (240 mesh, Ra

4 Inch Membrane Housing Stainless Steel TC Tri-Clamp Closure 300PSI Sanitary Use Discription 4’’ Membrane Housing-For Sanitary-300PSI Side port, Stainless Steel Tri-clamp closure Max working pressure: 300PSI Max working temperature: 90 ℃ Housing Material: SS304/316L End cap material: SS 304/316L Adapter: SS304/316L O-ring material: EPDM, with NSF certificate Finish: Mechanical polishing (320 mesh, Ra

Working Principle of membrane housing Stainless steel membrane housing is an essential part of the reverse osmosis device. Its length matches the number of RO membrane, producto's inside and outside are polished, beautiful and practical, working pressure reaches the RO system operation requirements. Application of membrane housing Designed for industrial water treatment, wastewater treatment, fluid separation process and can work under the high pressure ; Discription 6.3 ’’

Discription 4’’ Membrane Housing-For Sanitary-300PSI Side port, Stainless Steel Tri-clamp closure Max working pressure: 300PSI Max working temperature: 90 ℃ Housing Material: SS304/316L End cap material: SS 304/316L Adapter: SS304/316L O-ring material: EPDM, with NSF certificate Finish: Mechanical polishing (320 mesh, Ra

Main performance characteristic 1. 4-inch RO membrane housing 1 core , 2 cores , 3 cores, 4 cores , etc. 2. The membrane housingt tube is divided into tube , two kinds of seamless pipe. The seam automatic welding work involved forming, weld uniform, smooth, both inside and outside surface for mirror processing. Pressure test before delivery, pressure up to 16 kg; Seamless tube pull with forging stock directly, uniform wall thickness, not easy to leak, do mirror processing,