J G Valves & Fittings ( I ) Private Limited

Features:

 

Bi-Directional, Moulded Liner/Seat, Design STD.: BS EN 593/BS 5155/API 609 Testing STD.: BS EN 12266-1 (BS-6755-PART-1), API 598 Face to Face Dimensions: BS EN 593/API 609, Wafer to Suit ANSI B16.5.

 

Optional Features:

 

Metal Seated, As Per AWWA C504 STD., Double Eccentric, Triple Eccentric,

 

Split Body, Rubber/Teflon Lining.

 

On Request:

 

Extended Stem for Cryogenic Service, Locking Arrangement, Stellited/Hard Faces, Gears, Pneumatic Actuator Electrical Actuator

 

Pressure Rating / Class:

 

PN10, PN16, 150#, 300#

 

End Connection: Wafer Type, Lugged Type, Flanged.

 

Size: 40MM to 1000MM

 

Material of Constructions (MOC):

 

Cast Iron, WCB, CF8, CF8M

 

Trim: SS410, SS304, SS316, SS304L, SS316L, Gun Metal, Monel..

 

Seat Material: Nitrile Rubber, EPDM, Viton, Silicon, PTFE.

 

Other Grades on Request:

 

CF3, CF3M, CN7M, CF8C, Duplex- Gr. 4A, Super Duplex-Gr. 5A, Super Duplex- Gr. 6A, Nickel Alloy, Monel, Hastelloy, Inconel, SS904L etc.

Features:
Bi-Directional, Moulded Liner/Seat, Design STD.: BS EN 593/BS 5155/API 609 Testing STD.: BS EN 12266-1 (BS-6755-PART-1), API 598 Face to Face Dimensions: BS EN 593/API 609, Wafer to Suit ANSI B16.5.
Optional Features:
Metal Seated, As Per AWWA C504 STD., Double Eccentric, Triple Eccentric,
Split Body, Rubber/Teflon Lining.
On Request:
Extended Stem for Cryogenic Service, Locking Arrangement, Stellited/Hard Faces, Gears, Pneumatic Actuator Electrical Actuator
Pressure Rating / Class:
PN10, PN16, 150#, 300#
End Connection: Wafer Type, Lugged Type, Flanged.
Size: 40MM to 1000MM
Material of Constructions (MOC):
Cast Iron, WCB, CF8, CF8M
Trim: SS410, SS304, SS316, SS304L, SS316L, Gun Metal, Monel..
Seat Material: Nitrile Rubber, EPDM, Viton, Silicon, PTFE.
Other Grades on Request:
CF3, CF3M, CN7M, CF8C, Duplex- Gr. 4A, Super Duplex-Gr. 5A, Super Duplex- Gr. 6A, Nickel Alloy, Monel, Hastelloy, Inconel, SS904L etc.

Features:
Bi-Directional, Moulded Liner/Seat, Design STD.: BS EN 593/BS 5155/API 609 Testing STD.: BS EN 12266-1 (BS-6755-PART-1), API 598 Face to Face Dimensions: BS EN 593/API 609, Wafer to Suit ANSI B16.5.
Optional Features:
Metal Seated, As Per AWWA C504 STD., Double Eccentric, Triple Eccentric,
Split Body, Rubber/Teflon Lining.
On Request:
Extended Stem for Cryogenic Service, Locking Arrangement, Stellited/Hard Faces, Gears, Pneumatic Actuator Electrical Actuator
Pressure Rating / Class:
PN10, PN16, 150#, 300#
End Connection: Wafer Type, Lugged Type, Flanged.
Size: 40MM to 1000MM
Material of Constructions (MOC):
Cast Iron, WCB, CF8, CF8M
Trim: SS410, SS304, SS316, SS304L, SS316L, Gun Metal, Monel..
Seat Material: Nitrile Rubber, EPDM, Viton, Silicon, PTFE.
Other Grades on Request:
CF3, CF3M, CN7M, CF8C, Duplex- Gr. 4A, Super Duplex-Gr. 5A, Super Duplex- Gr. 6A, Nickel Alloy, Monel, Hastelloy, Inconel, SS904L etc.

Features:
Bi-Directional, Moulded Liner/Seat, Design STD.: BS EN 593/BS 5155/API 609 Testing STD.: BS EN 12266-1 (BS-6755-PART-1), API 598 Face to Face Dimensions: BS EN 593/API 609, Wafer to Suit ANSI B16.5.
Optional Features:
Metal Seated, As Per AWWA C504 STD., Double Eccentric, Triple Eccentric,
Split Body, Rubber/Teflon Lining.
On Request:
Extended Stem for Cryogenic Service, Locking Arrangement, Stellited/Hard Faces, Gears, Pneumatic Actuator Electrical Actuator
Pressure Rating / Class:
PN10, PN16, 150#, 300#
End Connection: Wafer Type, Lugged Type, Flanged.
Size: 40MM to 1000MM
Material of Constructions (MOC):
Cast Iron, WCB, CF8, CF8M
Trim: SS410, SS304, SS316, SS304L, SS316L, Gun Metal, Monel..
Seat Material: Nitrile Rubber, EPDM, Viton, Silicon, PTFE.
Other Grades on Request:
CF3, CF3M, CN7M, CF8C, Duplex- Gr. 4A, Super Duplex-Gr. 5A, Super Duplex- Gr. 6A, Nickel Alloy, Monel, Hastelloy, Inconel, SS904L etc.

A Vacuum Butterfly Valve is a specialized type of butterfly valve designed to control or isolate the flow of gases or liquids in vacuum systems. Unlike standard butterfly valves, these valves are engineered to maintain high vacuum integrity, prevent leaks, and withstand pressure differentials from high vacuum to low pressure environments.