Acid Alkali Resistance PVDF Diaphragm Valve

Basic Info

Model No.: RPV112

Actuator: Manual

Connection: Flanged Diaphragm Valve

Material: Plastic, PVDF, Fluorine Plastic

Structure: Weir Diaphragm Valve

Pressure: Low Pressure, PN 1.0Mpa

Flow Direction: Bidirectional

Function: Field Bus

Usage: Flow Control

Standard: JIS, ANSI, GB, DIN

Application: Chemical Industrial

Size: 1/2" To 10"

Temperature: 0 To 140 Degree Celsius

Additional Info

Packaging: Wooden case

Productivity: 300 sets per month

Brand: RMI PLAST

Transportation: Ocean,Air

Place of Origin: China mainland

Supply Ability: 300 sets per month

Certificate: SGS

HS Code: 848180

Port: Ningbo,Hangzhou,Guangzhou

Product Description

Acid Alkali Resistance PVDF Diaphragm Valve has the best property of chemical resistance, working temperature, strength among the plastic diaphragm valves due to PVDF material excellent characteristics. PVDF diaphragm valve is suitable for almost all kinds of chemical mediums, the working temperature could up to 140 degree. working pressure rate PN10 bar is available for general working conditions. in this case, PVDF diaphragm valve is widely used in Chemical industries.

Acid Alkali Resistance PVDF Diaphragm Valve model RPV112 specification and features as follows:

Basic specification
Size range:DN125~DN250 (5 inch ~ 10 inch)
Body materials:PVC-U;PVC-C;PVDF;PP-GF;PP-H
Diaphragm material:PTFE with EPDM cushion
Flange connection:DIN PN10; ANSI CL150; JIS 10K
Design pressure:0.4~0.7Mpa (PN4~PN7 bar)

Feature of valves
Body and diaphragm that touch medium are made from plastic and rubber.
Stop device protect the diaphragm from over tighten, extend the diaphragm working life.
EPDM cushion protect the PTFE diaphragm from over tighten, make sealing better.
Strengthen design of bonnet and body make the valve stronger and sealing better.
PTFE diaphragm is designed hiding inside the bonnet, extend the diaphragm working life.
Molded bottom stand for simple mounting to the supportor.
Pneumatic actuator mounting is available

Dimension: