NICKEL COPPER CDA UNS C71100 SCRAP / NICKEL COPPER CDA UNS C71100 BAR / NICKEL COPPER CDA UNS C71100 PLATE

Product Description

Jayant Impex is recycling, importing, trading, wholesaling, buying, supplying Nickel Copper CDA/UNS C71100 Scrap / Nickel Copper CDA/UNS C71100 Turning Scrap / Nickel Copper CDA/UNS C71100 Boring Scrap / NICKEL COPPER CDA/UNS C71100 Bar purchased from various countries worldwide including USA, Canada, Europe, Spain, United Kingdom, Germany, Far East, India, UAE, Saudi Arabia (KSA), New Orleans, Houston, Texas, Korea, Asia, Italy, France, Singapore, Malaysia, Doha, Qatar, Thailand, Australia, etc. 

 

Other Scrap Form of Nickel Copper CDA/UNS C71100 Scrap / Nickel Copper CDA/UNS C71100 Turning Scrap / Nickel Copper CDA/UNS C71100 Boring Scrap / NICKEL COPPER CDA/UNS C71100 Bar could be: End pieces of Bars, Round Offcuts, Square Billets, Foundry Type, Pipe Rings, Hollow Bars, Tools cutting, Plate Cuttings, Sheet Cuttings, Coils Cuttings, Punchings, Fasteners, Wire Rods, Wires, etc.

We can offer very competitive prices for this Nickel Copper CDA/UNS C71100 Scrap / Nickel Copper CDA/UNS C71100 Turning Scrap / Nickel Copper CDA/UNS C71100 Boring Scrap / NICKEL COPPER CDA/UNS C71100 Bar in form of End pieces of Bars, Round Offcuts, Square Billets, Foundry Type, Pipe Rings, Hollow Bars, Tools cutting, Plate Cuttings, Sheet Cuttings, Coils Cuttings, Punchings, Fasteners, Wire Rods, Wires, etc.

This Nickel Copper CDA/UNS C71100 Scrap / Nickel Copper CDA/UNS C71100 Turning Scrap / Nickel Copper CDA/UNS C71100 Boring Scrap / NICKEL COPPER CDA/UNS C71100 Bar can be used for manufacturing high quality efficient steel products for requiring a rich golden colour, strength, ductility, and resistance to corrosion.

 

Specific applications of CDA/UNS C71100 NICKEL COPPER include:

UNS C71100 is a specific wrought copper-nickel alloy designation used in various applications that benefit from its excellent corrosion resistance (especially in seawater), good strength, and high resistance to biofouling.

Primary applications for UNS C71100 and similar copper-nickel alloys (such as the common 90-10 and 70-30 Cu-Ni grades) include:

Marine Engineering & Shipbuilding

Due to its exceptional resistance to saltwater corrosion and biofouling (the attachment of marine organisms), it is widely used in marine environments:

Seawater piping systems (for cooling, bilge, ballast, and fire suppression).

Heat exchangers and condensers in both commercial and naval ships.

Desalination plants, specifically for tubing in evaporator sections and brine heaters.

Offshore oil and gas platforms for piping, cooling systems, and splash zone sheathing on platform legs.

Boat hulls (as sheathing or plate) to resist corrosion and fouling.

Power Generation

It is used in various components in both nuclear and fossil-fueled power plants that utilize water for cooling:

Steam turbine condensers.

Oil and auxiliary coolers.

High-pressure pre-heaters.

Other Notable Applications

Automotive industry: Used for hydraulic and brake system tubing as it does not rust and is easy to bend and flare.

Cryogenic applications: Its good thermal conductivity at low temperatures makes it suitable for use in extreme cold environments.

Antimicrobial touch surfaces: The alloy is antimicrobial, so it is used in certain applications (like hospital equipment and public surfaces) to reduce the spread of bacteria and fungi.

Why Choose Nickel Copper CDA UNS C71100?

Nickel Copper CDA UNS C71100 is engineered to excel under harsh industrial conditions. Its exceptional corrosion resistance makes it perfect for marine and chemical processing environments. The alloy's non-magnetic nature and bright finish further enhance its utility and aesthetics for specialized manufacturing demands. Our products meet ASTM B111 standards, ensuring consistent quality and optimal performance.


Wide Industrial Applications

CDA UNS C71100 bars, plates, and scrap are utilized across an array of industries, including marine engineering, oil & gas, desalination, and power generation. The alloy's adaptability in both form and function ensures it meets the stringent requirements for durability, reliability, and longevity in critical operations.