G41F-6S
Acid
Ordinary Temperature
Manual
Flanged Diaphragm Valve
Plastic
Roof Type Diaphragm Valve
Low Pressure
Bidirectional
Intelligent Type
Flow Control
GB,DIN,JIS,ANSI
BAODI
Carton
1"-10"
China
8481804090
Product Description
UPVC diaphragm valve
Size: 1/2"-10"
Color: Grey
End: Flange
Structure: Weir
Standard: ANSI, JIS, DIN, GB
Alternatives of materials: CPVC, FRPP, PPH, PVDF
1.Diaphragm valve uses a high quality sealing material, exhibiting lower compressive strain, for its diaphragm and cushion, resulting in optimum sealing performance.
2.Diaphragm valve is designed so that pressure is distributed evenly. This design allows the hand wheel torque be reduced and maintain shutt off at low torque.
3.Strict control of the processing and assembly process. The flow adjustment is more stable and accurate.
4.Diaphragm valve structure has no dead angle, no pollution to the medium, strong corosion resistance, no packing wear, and excellentinternal sealing performance.
Size: 1/2"-10"
Color: Grey
End: Flange
Structure: Weir
Standard: ANSI, JIS, DIN, GB
Alternatives of materials: CPVC, FRPP, PPH, PVDF
1.Diaphragm valve uses a high quality sealing material, exhibiting lower compressive strain, for its diaphragm and cushion, resulting in optimum sealing performance.
2.Diaphragm valve is designed so that pressure is distributed evenly. This design allows the hand wheel torque be reduced and maintain shutt off at low torque.
3.Strict control of the processing and assembly process. The flow adjustment is more stable and accurate.
4.Diaphragm valve structure has no dead angle, no pollution to the medium, strong corosion resistance, no packing wear, and excellentinternal sealing performance.
Advantages of BAODl in the field of industrial plastic valves:
Over 40 years of experience in the design, production and application of plastic valves
Product design is better to meet customer needs
For corrosion resistance- strictly controlled material formulations BAODl offers corrosion resistance data based on 40 years of experience
For physical properties of materials -selection of materials based on heat deflection temperature,tensile/shear strength,low temperature impact strength,etc
Product design for reliability under severe operating conditions
