Mehta Tubes Limited

Copper Nickel Tubes are used to vast majority of heat transfer equipment applications, the transfer of heat takes place between two fluid streams. This thermally conductive wall is the tube in shell-and-tube type heat exchangers that make up a large percentage of such units in power plants, ships, the chemical process industry and in desalination. Copper Nickel is critical component in condensers and other heat exchangers and must perform well over long periods of time under sometimes very difficult operating conditions. Cu-Ni alloys have established a long and successful history in seawater cooled heat exchangers.

Benefits

• The addition of nickel to copper improves its strength and durability and also the resistance to corrosion, erosion and cavitation in all natural waters including seawater and brackish, treated or polluted waters. The alloys also show excellent resistance to stress corrosion cracking and corrosion fatigue.

Other Details

• IS - Indian Standard 
• BS - British Standards 
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards
• JIS - Japanese Standards

Grade- (90/10) - C70600, (70/30) - C71500 Temper- Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter-(3/16") 4.76mm to (6.1/4") 219mm

Copper Nickel alloys can be used in areas not exposed to polluted, stagnant water for prolonged times. They are particularly suitable for pressure and return lines of hydraulically-operated components, such as cargo and ballast pumps and control valves. Cupronickel is highly resistant to corrosion by salt water, and is therefore used for piping, heat exchangers and condensers in seawater systems, as well as for marine hardware. It is sometimes used for the propellers, propeller shafts, and hulls of high-quality boats.

Benefits

• The addition of nickel to copper improves its strength and durability and also the resistance to corrosion, erosion and cavitation in all natural waters including seawater and brackish, treated or polluted waters. The alloys also show excellent resistance to stress corrosion cracking and corrosion fatigue.

Other Details

• IS - Indian Standard 
• BS - British Standards 
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards
• JIS - Japanese Standards

Grade- (90/10) - C70600, (70/30) - C71500 Temper- Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter- (3/16") 4.76mm to (6.1/4") 219mm

Copper Nickel Tubes are used to vast majority of heat transfer equipment applications, the transfer of heat takes place between two fluid streams. This thermally conductive wall is the tube in shell-and-tube type heat exchangers that make up a large percentage of such units in power plants, ships, the chemical process industry and in desalination. Copper Nickel is critical component in condensers and other heat exchangers and must perform well over long periods of time under sometimes very difficult operating conditions. Cu-Ni alloys have established a long and successful history in seawater cooled heat exchangers.

Benefits

• The addition of nickel to copper improves its strength and durability and also the resistance to corrosion, erosion and cavitation in all natural waters including seawater and brackish, treated or polluted waters. The alloys also show excellent resistance to stress corrosion cracking and corrosion fatigue.

Other Details

• IS - Indian Standard 
• BS - British Standards 
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards
• JIS - Japanese Standards

Grade- (90/10) - C70600, (70/30) - C71500
Temper- Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter-(3/16") 4.76mm to (6.1/4") 219mm 

Copper Nickel Tubes are used to vast majority of heat transfer equipment applications, the transfer of heat takes place between two fluid streams. This thermally conductive wall is the tube in shell-and-tube type heat exchangers that make up a large percentage of such units in power plants, ships, the chemical process industry and in desalination. Copper Nickel is critical component in condensers and other heat exchangers and must perform well over long periods of time under sometimes very difficult operating conditions. Cu-Ni alloys have established a long and successful history in seawater cooled heat exchangers.

Benefits

• The addition of nickel to copper improves its strength and durability and also the resistance to corrosion, erosion and cavitation in all natural waters including seawater and brackish, treated or polluted waters. The alloys also show excellent resistance to stress corrosion cracking and corrosion fatigue.

Other Details

• IS - Indian Standard 
• BS - British Standards 
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards
• JIS - Japanese  Standards

Grade- (90/10) - C70600, (70/30) - C71500
Temper- Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter-(3/16") 4.76mm to (6.1/4") 219mm  

Copper Nickel Tubes are used to vast majority of heat transfer equipment applications, the transfer of heat takes place between two fluid streams. This thermally conductive wall is the tube in shell-and-tube type heat exchangers that make up a large percentage of such units in power plants, ships, the chemical process industry and in desalination. Copper Nickel is critical component in condensers and other heat exchangers and must perform well over long periods of time under sometimes very difficult operating conditions. Cu-Ni alloys have established a long and successful history in seawater cooled heat exchangers.

Benefits

• The addition of nickel to copper improves its strength and durability and also the resistance to corrosion, erosion and cavitation in all natural waters including seawater and brackish, treated or polluted waters. The alloys also show excellent resistance to stress corrosion cracking and corrosion fatigue.

Other Details

• IS - Indian Standard 
• BS - British Standards 
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards
• JIS - Japanese Standards

Grade- (90/10) - C70600, (70/30) - C71500
Temper- Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter-(3/16") 4.76mm to (6.1/4") 219mm  

Copper Nickel Tubes are used to vast majority of heat transfer equipment applications, the transfer of heat takes place between two fluid streams.

Benefits

• The addition of nickel to copper improves its strength and durability and also the resistance to corrosion, erosion and cavitation in all natural waters including seawater and brackish, treated or polluted waters. The alloys also show excellent resistance to stress corrosion cracking and corrosion fatigue.

Other Details

• IS - Indian Standard 
• BS - British Standards 
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards
• JIS - Japanese Standards

Grade- (90/10) - C70600, (70/30) - C71500
Temper- Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter-(3/16") 4.76mm to (6.1/4") 219mm