We supply wide range of Copper Nickel Flanges , Cupro Nickel 70 / 30 Threaded Flanges have good strength and toughness, resistance to bio – fouling, readily weldable and fabricated, etc. Copper Nickel Flangesare often used in Welding Backing Rings, Flexible Metal Hose, Weld Wire, Boiler Parts, Condensers, Propeller Sleeves, Heat Exchanger Components, and more. Temperatures between 927 and 1038 Degree C (1700 and 1900 Degree F) are suitable for Cupro Nickel 70 / 30 Blind Flanges. Meanwhile, Cupro Nickel 70 / 30 Socket Weld Flanges are also being offered in different sizes and shapes to our customers.
Aakruti Enterprises offers a quality range of Copper Nickel Pipe Flanges, which has some best features to offer such as sturdy construction, high tensile strength, accurate dimensions, and more. Cupro Nickel Slip On Flanges (UNS C70600) have good strength at moderately elevated temperatures. Some common applications for Cupro Nickel Threaded Flanges include: valves, pump components, fittings, flanges and various other marine hardware components. Cupro Nickel Weld Neck Flanges offers designers and specifiers excellent resistance to stress corrosion, erosion, and biofouling in seawater and brackish water, excellent fabrication and welding properties, a high resistance to hydrogen embrittlement and the retention of mechanical properties down to cryogenic temperatures. Meanwhile, Cupro Nickel Blind Flanges are also being offered in different sizes and shapes to our customers. Besides of other elements, nickel in Cupro Nickel Socket Weld Flanges are added in the highest concentration after copper. Cupro Nickel Lap Joint Flanges are widely used as they are inexpensive, and can be used in pressure vessel construction up to 300 Degree C. In desalination plants, Cupro Nickel Ring Joint Type Flanges are used in brine heaters, heat rejection and recovery, and in evaporator tubing. Additions of iron significantly improve the resistance of Cupro Nickel Spectacle Blind Flanges to erosion corrosion in flowing seawater and other aggressive waters.