Shenzhen Wofly Technology Co., Ltd.

Shenzhen Wofly Technology Co., Ltd.

Manufacturer from China
Verified Supplier
7 Years
Home / Products / Back Pressure Regulating Valve /

0.15 CV Back Pressure Regulating Valve , 316L Natural Gas Pressure Regulator

Contact Now
Shenzhen Wofly Technology Co., Ltd.
Visit Website
City:shenzhen
Province/State:guangdong
Country/Region:china
Contact Person:MissCatlin Zeng
Contact Now

0.15 CV Back Pressure Regulating Valve , 316L Natural Gas Pressure Regulator

Ask Latest Price
Video Channel
Place of Origin :Guangdong, China (Mainland)
Brand Name :AFK
Model Number :RW72
Supply Ability :10000 Set/Sets per Week
Packaging Details :Export packing
MOQ :>=1 Sets
Price :Negotiable
Certification :CE
Structure :Piston-sensed Configuraton
Maximum inlet pressure :6000 psig
Proof pressure :1.5 times of maximum rated presure
Working temperature :-40° F ~+165° F(-40°C+74°C)
Leakage rate :2*10-8 atm cc/sec He
Cv :0.15
Body material :316L
Seat :Vespel
Port :SHENZHEN
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

Features

*Body: 316L

*Seat: Vespel

*Piston: 316L

*O-ring: Viton

Typical applications

*Chromatography

*Laboratories

*Petrochemical industry

*Power plant equipments

Features

* Piston-sensed Configuration
* Maximum inlet pressure: 6000psi
* Proof pressure: 1.5 times maximum inlet pressure
* Temperature Range: -40℉ to 160℉ (-40℃ to 74℃)
* Leak Rate: 2 X 10-8 atm. cc/sec He
* CV: 0.15

0.15 CV Back Pressure Regulating Valve , 316L Natural Gas Pressure Regulator

0.15 CV Back Pressure Regulating Valve , 316L Natural Gas Pressure Regulator

ORDERING INFORMATION
SERIES
BODY MATERIAL
BODY PORTS
INLET PRESSURE
GAUGES
INLET CONNECTION
OUTLET CONNECTION
RW72
L
A
D
G
02
02
L: 316L
B: brass
A
B
L: 0-500Psi
K: 0-800Psi
I: 10-1500Psi
H:15-2500Psi
G: 25-4000Psi
Q: 50-6000Psi
W: None
P: psi/bar
G: Mpa
01:1/4"NPT(F)
02:3/8"NPT(F)
04:1/2"NPT(F)
05:1/2"NPT(M)
12:3/8"LOK
13:1/2"LOK
01:1/4"NPT(F)
02:3/8"NPT(F)
04:1/2"NPT(F)
05:1/2"NPT(M)
12:3/8"LOK
13:1/2"LOK

Inquiry Cart 0