We are offering thermodynamic steam trap.
technical detail
screwed ends : ansi b 1.20.1
socket weld ends : ansi b 16.11
specification & features
inbuilt strainer : avoids clogging
screwed female bsp taper ends socket welded ends
hardened disc to withstand continuous water hammering
all stainless steel construction : better mechanical properties
seat integral with body : no possibility of leakage from joints
We are offering thermodynamic steam trap.
technical detail
screwed ends : ansi b 1.20.1
socket weld ends : ansi b 16.11
specification & features
inbuilt strainer : avoids clogging
screwed female bsp taper ends socket welded ends
hardened disc to withstand continuous water hammering
all stainless steel construction : better mechanical properties
seat integral with body : no possibility of leakage from joints
Steam valve High velocity of flashing condensate create low pressure beneath the disc, at the same time pressure is build up in the chamber that force the disc on the seat. Now the condensates in the chamber decrease the pressure and when it is lower then the inlet pressure, the disc lifts. This cycle repeats again and again.
Steam valve High velocity of flashing condensate create low pressure beneath the disc, at the same time pressure is build up in the chamber that force the disc on the seat. Now the condensates in the chamber decrease the pressure and when it is lower then the inlet pressure, the disc lifts. This cycle repeats again and again.
We are offering needle valve.
features
bar stock needle valve design with back seated blow out proof.
stem- ground and thread rolled
hard seat with non rotating stem tip with rotating stem tip regulating & soft seat.
dust cap on bonnet pusher protects stem threads from external contamination. Packing and sealing are leak
tight for easy operation
low torque operating bar handle
extremely adjustable gland
bonnet lock pin fitted as standard for 6000psig and for high pressure lock plate as per the design required.
We are offering needle valve.
features
bar stock needle valve design with back seated blow out proof.
stem- ground and thread rolled
hard seat with non rotating stem tip with rotating stem tip regulating & soft seat.
dust cap on bonnet pusher protects stem threads from external contamination. Packing and sealing are leak
tight for easy operation
low torque operating bar handle
extremely adjustable gland
bonnet lock pin fitted as standard for 6000psig and for high pressure lock plate as per the design required.
We are offering motorised / pneumatic/cylinder operated control valve.
technical detail
testing & inspection std : ansi b 16.37 api:598
seat leakage std. : fci-70-2 isa-rp-39.6
end connection : flanged ends as per ansi b 16.5 150# & 300#
...more
Motorised / Pneumatic/Cylinder Operated Control Valve
We are offering motorised / pneumatic/cylinder operated control valve.
technical detail
testing & inspection std : ansi b 16.37 api:598
seat leakage std. : fci-70-2 isa-rp-39.6
end connection : flanged ends as per ansi b 16.5 150# & 300#
We are offering metalic foot valve.
flanged end connections :
the prime silent seat foot valve has low head loss through its full ported body area and heavy duty stainless steel basket screening. As pressure increases, the buna-n quad ring is compressed slightly and the disc makes contact with the metal portion of the valve seat, preventing any further compression of the ring. The buna-n quad ring will continue to provide “drop-tight seating” during the higher pressure ranges without damage from the increased pressure loading. A foot valve should be used with basket strainers and check valves.
We are offering metalic foot valve.
flanged end connections :
the prime silent seat foot valve has low head loss through its full ported body area and heavy duty stainless steel basket screening. As pressure increases, the buna-n quad ring is compressed slightly and the disc makes contact with the metal portion of the valve seat, preventing any further compression of the ring. The buna-n quad ring will continue to provide “drop-tight seating” during the higher pressure ranges without damage from the increased pressure loading. A foot valve should be used with basket strainers and check valves.
IBR valves Flanged ends as per ANSI B 16.5 & 26” and above ANSI B 16.47 Series A & B. With Gear Operation if the Torque Exceeds 350N, With limit Switch Arrangements for open & Close Position.
IBR valves Flanged ends as per ANSI B 16.5 & 26” and above ANSI B 16.47 Series A & B. With Gear Operation if the Torque Exceeds 350N, With limit Switch Arrangements for open & Close Position.
We are offering globe valve.
design & testing standard
manufacturing standard :bs:1873
testing & inspection std : api:598
end connection : flanged ends as per ansi b 16.5 & 26” and above ansi b 16.47 series a & b
butt weld ends : as per ansi b 16.25
shell wall thickness : ansi b 16.34
special features
with gear operation if the torque exceeds 350n
with limit switch arrangements for open & close position
with electrical actuator
with stelliting
with ibr certification
with nace mr 0175
with position indicators
with locking arrangement
We are offering globe valve.
design & testing standard
manufacturing standard :bs:1873
testing & inspection std : api:598
end connection : flanged ends as per ansi b 16.5 & 26” and above ansi b 16.47 series a & b
butt weld ends : as per ansi b 16.25
shell wall thickness : ansi b 16.34
special features
with gear operation if the torque exceeds 350n
with limit switch arrangements for open & close position
with electrical actuator
with stelliting
with ibr certification
with nace mr 0175
with position indicators
with locking arrangement
We are offering gate valve.
technical detail
manufacturing std : api:600
testing & inspection std: api:598
face to face : ansi b 16.10
end connection : flanged ends as per ansi b 16.5 & 26” and above ansi b 16.47 series a & b
butt weld ends : as per ansi b 16.25
shell wall thickness : ansi b 16.34
special feature
with gear operation if the torque exceeds 350n
with limit switch arrangements for open & close position
with electrical actuator
with stelliting
with ibr certification
with nace mr 0175
with position indicators
with locking arrangement
We are offering gate valve.
technical detail
manufacturing std : api:600
testing & inspection std: api:598
face to face : ansi b 16.10
end connection : flanged ends as per ansi b 16.5 & 26” and above ansi b 16.47 series a & b
butt weld ends : as per ansi b 16.25
shell wall thickness : ansi b 16.34
special feature
with gear operation if the torque exceeds 350n
with limit switch arrangements for open & close position
with electrical actuator
with stelliting
with ibr certification
with nace mr 0175
with position indicators
with locking arrangement
Forged steel globe valve Memory Seal Seats Compensate automatically for wear and fluctuations of pressure and temperature. Solid cup and cone type PTFE Stem Seal- Adjustable. Stem bearing in Gland nut reduces Side thrust effect.
Forged steel globe valve Memory Seal Seats Compensate automatically for wear and fluctuations of pressure and temperature. Solid cup and cone type PTFE Stem Seal- Adjustable. Stem bearing in Gland nut reduces Side thrust effect.
Forged steel ball Memory Seal Seats Compensate automatically for wear and fluctuations of pressure and temperature. Stem bearing in Gland nut reduces Side thrust effect. RPTFE stem washer prevents galling, reduces torque and provides secondary seal.
Forged steel ball Memory Seal Seats Compensate automatically for wear and fluctuations of pressure and temperature. Stem bearing in Gland nut reduces Side thrust effect. RPTFE stem washer prevents galling, reduces torque and provides secondary seal.
We are offering flush bottom.
standard
end connection : ansi b 16.5 din:2501 bs:10
pressure temp. Rating : ansi b 16.34
actuator : diaphragm actuator (option)
flow characteristic : on off
flush bottom valves
prime valves have been proven in service application for over 35 years. Prime flush bottom valves (tank valves) are designed to provide drainage and dead space free shutoff for reactors, vessels and storage tanks. The dead space free shutoff is accomplished by placing the valve seat flush with the bottom of the vessel. This eliminates any buildup of product within the vessel nozzle itself.
We are offering flush bottom.
standard
end connection : ansi b 16.5 din:2501 bs:10
pressure temp. Rating : ansi b 16.34
actuator : diaphragm actuator (option)
flow characteristic : on off
flush bottom valves
prime valves have been proven in service application for over 35 years. Prime flush bottom valves (tank valves) are designed to provide drainage and dead space free shutoff for reactors, vessels and storage tanks. The dead space free shutoff is accomplished by placing the valve seat flush with the bottom of the vessel. This eliminates any buildup of product within the vessel nozzle itself.
We are offering check valve.
technical detail
manufacturing std : bs:1868
testing & inspection std : api:598 bs:6755 (part-i)
face to face : ansi b 16.10
end connection : flanged ends as per ansi b 16.5 & 26” and above ansi b 16.47 series a & b
butt weld ends : as per ansi b 16.25
shell wall thickness : ansi b 16.34
special features
with stelliting
with ibr certification
with nace mr 0175
We are offering check valve.
technical detail
manufacturing std : bs:1868
testing & inspection std : api:598 bs:6755 (part-i)
face to face : ansi b 16.10
end connection : flanged ends as per ansi b 16.5 & 26” and above ansi b 16.47 series a & b
butt weld ends : as per ansi b 16.25
shell wall thickness : ansi b 16.34
special features
with stelliting
with ibr certification
with nace mr 0175
We are offering center disc lug type butterfly valve.
design feature
the unique center line seat and disc design insures positive valve sealing while maintaining low seating torque.
all center line butterfly valve discs are precision machined to a half ball profile, providing a precise disc to seat relationship.
center line’s cartridge style seat incorporates an elastomeric bonded to a phenol stabilizing ring, eliminating elastomeric movement and reducing seat tearing or fatiguing due to bunching.
center line’s basic three bushing design completely isolates the valve shaft from the body, resulting in increased control of the valve disc, lower valve seating torque, and longer valve life.
the center line cartridge seat has a much smaller mass of elastomeric than traditional boot seat designs, limiting seat swell and the accompanying variations in seating torque.
We are offering center disc lug type butterfly valve.
design feature
the unique center line seat and disc design insures positive valve sealing while maintaining low seating torque.
all center line butterfly valve discs are precision machined to a half ball profile, providing a precise disc to seat relationship.
center line’s cartridge style seat incorporates an elastomeric bonded to a phenol stabilizing ring, eliminating elastomeric movement and reducing seat tearing or fatiguing due to bunching.
center line’s basic three bushing design completely isolates the valve shaft from the body, resulting in increased control of the valve disc, lower valve seating torque, and longer valve life.
the center line cartridge seat has a much smaller mass of elastomeric than traditional boot seat designs, limiting seat swell and the accompanying variations in seating torque.
We are offering ball valve.
Technical detail
design & manufacturing std : api:6d
testing& inspection std : api:598 api:6d
face to face : as per ansi b 16.10
end connection : fe drill as per ansi b 16.5 150#,300#,table-d,e,f
We are offering ball valve.
Technical detail
design & manufacturing std : api:6d
testing& inspection std : api:598 api:6d
face to face : as per ansi b 16.10
end connection : fe drill as per ansi b 16.5 150#,300#,table-d,e,f
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