We are offering oswal gate valves.Oswal gate valves are heavy duty, outside screw & yoke type, bolted bonnet, rising stem with non rising hand wheel. Straight through bore design assures minimum turbulence, erosion and resistance to flow. The most advanced design features provides the ultimate in dependable, economic flow control. They are available in wide range of sizes and weights. These are widely suited for high pressure and temperature and variety of fluids. Gate valves are adequate for all service media along with hydrogen service, oxygen service, hydrocarbon service and nace applications. Other optional features like live loading, lantern ring, bleed holes, purging lines and other features are available on request.

We are offering oswal check valves are heavy duty, bolted cover, renewable seat ring, and body mounted disc swing type. Valves are straight through flow which works automatically. They are opened by the force of velocity pressure and closed by the force of gravity and back pressure. The valves are single direction flow and restrains flow in opposite direction. Distortion, wear and noisy operation of the valve can be avoided by selecting the size of the valve on the basis of flow conditions. Swing check valves are best suited for moderate velocity operations. Swing check valves are normally designed for horizontal installations. It can be installed in vertical direction with flow in upward under the disc. There is no tendency for seat to gall because the disc meets flat surface without rubbing upon contact. The most advanced design features provides the ultimate in dependable, economic flow control. They are available in wide range of sizes and weights. Flow directions are marked as cast on the body for ease of installation. Swing check valves are adequate for all service media. Valves can also be supplied with counter weights and dash pot arrangement depending upon the condition and request.

We are offering oswal cryogenic valves, except check valves are supplied with extended bonnet with a sufficient gas column length. Usually supplied by the user, to eliminate any chance of frosting of the packing area. The cryogenic valves are installed on applications involving the production, transport and storage of liquefied gases such as oxygen, nitrogen, argon, natural gas, hydrogen or helium down to -254c. The cryogenic valves are designed with compliance of asme b16.34 and bs 6364. The cryogenic tests are performed in fully equipped in-house facilities, according to bs 6364.

We are offering fugitive emission valve.Most of the focus regarding fugitive emission in valves relates to valve stem packing. Standards such as api-622 type testing of process valve packing for fugitive emission have been established to test valve packing.less attention is paid to the bolted joints in a valve. Valves can have many as five bolted joints-two-end flanges, two body-to-end adapter flanges(for three piece construction) and bonnet flange. These are potentially a significant source of fugitive emissions. One end user has reported 28% of it's emission come from flanged joints.

We are offering oswal gate valves.Oswal gate valves are heavy duty, outside screw & yoke type, bolted bonnet, rising stem with non rising hand wheel. Straight through bore design assures minimum turbulence, erosion and resistance to flow. The most advanced design features provides the ultimate in dependable, economic flow control. They are available in wide range of sizes and weights. These are widely suited for high pressure and temperature and variety of fluids. Gate valves are adequate for all service media along with hydrogen service, oxygen service, hydrocarbon service and nace applications. Other optional features like live loading, lantern ring, bleed holes, purging lines and other features are available on request.

We are offering oswal check valves are heavy duty, bolted cover, renewable seat ring, and body mounted disc swing type. Valves are straight through flow which works automatically. They are opened by the force of velocity pressure and closed by the force of gravity and back pressure. The valves are single direction flow and restrains flow in opposite direction. Distortion, wear and noisy operation of the valve can be avoided by selecting the size of the valve on the basis of flow conditions. Swing check valves are best suited for moderate velocity operations. Swing check valves are normally designed for horizontal installations. It can be installed in vertical direction with flow in upward under the disc. There is no tendency for seat to gall because the disc meets flat surface without rubbing upon contact. The most advanced design features provides the ultimate in dependable, economic flow control. They are available in wide range of sizes and weights. Flow directions are marked as cast on the body for ease of installation. Swing check valves are adequate for all service media. Valves can also be supplied with counter weights and dash pot arrangement depending upon the condition and request.

We are offering oswal cryogenic valves, except check valves are supplied with extended bonnet with a sufficient gas column length. Usually supplied by the user, to eliminate any chance of frosting of the packing area. The cryogenic valves are installed on applications involving the production, transport and storage of liquefied gases such as oxygen, nitrogen, argon, natural gas, hydrogen or helium down to -254c. The cryogenic valves are designed with compliance of asme b16.34 and bs 6364. The cryogenic tests are performed in fully equipped in-house facilities, according to bs 6364.

We are offering fugitive emission valve.Most of the focus regarding fugitive emission in valves relates to valve stem packing. Standards such as api-622 type testing of process valve packing for fugitive emission have been established to test valve packing.less attention is paid to the bolted joints in a valve. Valves can have many as five bolted joints-two-end flanges, two body-to-end adapter flanges(for three piece construction) and bonnet flange. These are potentially a significant source of fugitive emissions. One end user has reported 28% of it's emission come from flanged joints.