Reliable 400 Bar Inline Check Valve Manufacturer in India

We are trusted exporter and stockist of Male X Female 6000 psi Check Valve
6000 PSI Check Valve Specification
Size Range |
|
Connection |
- Socket Weld End
- Tube End
- Flange End
- Threaded
|
Threads |
- BSPP
- METRIC
- BSPT
- NPT
- UNF
- JIC
|
Body Shape |
Hexagon |
Pattern Flow |
Straight |
Orifice Size |
2 MM – 40 MM |
Equivalent Brands |
- Parker
- Hamlet
- Dk-lok
- Stauff
- Hoke
- Swagelok
- Oliver Valves
|
Pressure Rating |
- 3000 PSI
- 6000 PSI
- 10000 PSI
- 15000 PSI
- 20000 PSI
|
Cracking Pressure |
0.5 BAR |
Type |
|
Media |
- Sea Water
- Gas
- Cold Water
- Hydraulic Air
- Oil
- Chemical
- Water
- Hot Water
- Steam
|
Body Type |
Forged, Bar Stock |
Packing Details |
- Wooden Pallet
- Box Packing
|
Types of 400 Bar Check Valve

400 Bar Check Valve

6000 psi inline check valve

6000 Psi Stainless Steel Water Check Valve

Female X Female 6000 psi Check Valve

Male X Female 6000 psi Check Valve

Male X Male 6000 psi Check Valve
Refer price list and sizes of 6000 psi inline check valve
6000 psi inline check valve price list
Price of 6000 PSI check valve vary between 15$ to 150$ per piece based on size, material, pressure rating, design and flow rate. For updated price list of 400 Bar check valves you can contact us on sales@fit-lok.com
Part of 6000 PSI Stainless Check Valve
Component |
Material |
Body |
SS 316 |
Seat Seal |
Viton |
Poppet |
SS 316 |
Spring Guide |
SS 316 |
Spring |
SS 316 |
Joint Seal |
Viton |
Stopper |
SS 316 |
Adaptor |
SS 316 |
6000 PSI Stainless Check Valve can withstand temperature upto -40 up to +200 °C
Working Temperature of 6000 Psi Water Check Valve
Working Temperature |
-26°C to +190°C |
Technical Data of 400 Bar Piston Check Valve
Nominal Cracking Pressure |
Fixed |
1/3- 25 psi (0.02 – 1.07 bar) |
Adjustable |
3 – 600 psi (0.21 – 41.04 bar) |
Body Material |
brass, 316 stainless steel |
Seal Material |
Buna N, Fluorocarbon FKM |
Flow Coefficient |
0.010 – 4.07 |
Buy from a certified Male X Male 6000 psi Check Valve supplier in Mumbai
Manufacturing standard of Check Valve 6000 Psi
- ASME B16.34
- API 6D / API 598
- ASME B16.10
- MSS SP-25
- ASME B16.5
- MSS SP-55
- BS 1868
Dimensions of 6000 psi Male X Female Check Valve

PRESSURE RATING 100°F (37°C) PSIG |
END CONNECTIONS |
DIMENSIONS MM |
Cv |
|
INLET / OUT LET |
L |
A/F |
|
6000 |
MALE x FEMALE NPT |
1/8″ |
60 |
19 |
0.82 |
6000 |
1/4″ |
68 |
22 |
1.40 |
6000 |
3/8″ |
70 |
25 |
1.52 |
6000 |
1/2″ |
82 |
27 |
1.70 |
6000 |
3/4″ |
85 |
36 |
4.85 |
6000 |
1″ |
92 |
45 |
8.30 |
Dimensions of 6000 psi Male X Male Check Valve
PRESSURE RATING 100°F (37°C) PSIG |
END CONNECTIONS |
DIMENSIONS MM |
Cv |
|
INLET / OUT LET |
L |
A/F |
|
6000 |
MALE x MALE NPT |
1/8″ |
60 |
19 |
0.82 |
6000 |
1/4″ |
68 |
22 |
1.40 |
6000 |
3/8″ |
70 |
25 |
1.52 |
6000 |
1/2″ |
82 |
27 |
1.70 |
6000 |
3/4″ |
85 |
36 |
4.85 |
6000 |
1″ |
92 |
45 |
8.30 |
Dimensions of 400 Bar Female X Female Check Valve

PRESSURE RATING 100°F (37°C) PSIG |
END CONNECTIONS |
DIMENSIONS MM |
Cv |
|
INLET / OUT LET |
L |
A/F |
|
6000 |
FEMALE x FEMALE NPT |
1/8″ |
55 |
19 |
0.78 |
6000 |
1/4″ |
58 |
22 |
1.31 |
6000 |
3/8″ |
58 |
25 |
1.52 |
6000 |
1/2″ |
65 |
27 |
1.68 |
6000 |
3/4″ |
70 |
36 |
4.85 |
6000 |
1″ |
82 |
45 |
8.30 |
Stock list of 6000 PSI Check Valve
1/4″ STAINELSS STEEL CHECK VALVE 6000 PSI BSPT |
6000 Psi Stainless Steel Water Check Valve |
Male X Male 6000 psi Check Valve |
3/8″ SS CHECK VALVE 6000 PSI BSPT |
6000 Psi Stainless Steel Water Check Valve |
Male X Female 6000 psi Check Valve |
1/2″ AISI 304 CHECK VALVE 6000 PSI BSPT |
6000 psi inline check valve |
3/4″ Stainless steel 304L CHECK VALVE 6000 PSI BSPT |
Female X Female 6000 psi Check Valve |
1″ STAINELSS STEEL 316 CHECK VALVE 6000 PSI BSPT |
400 Bar Check Valve |
Application of Female X Female 6000 psi Check Valve
- Oil and Gas Industry
- Hydraulic Systems
- Nuclear Power Plants
- High-Pressure Chemical Processing
- Offshore Industry
- Industrial Pressure Systems
- Firefighting Equipment
- Cryogenic Systems
Male X Female 6000 psi Check Valve Benefits
- Increased Operational Efficiency
- Enhanced System Safety
- Protection of Equipment
- Durability Under High Pressure
- Corrosion and Wear Resistance
- Low operating Torques