NC7065 Nickel/Chromium/Cobalt Alloy Foil(Ni53/Cr20/Co18/Ti 2.5/Al 1.5/Fe 1.5)

Nickel/Chromium/Cobalt Alloy Films (Ni53/Cr20/Co18/Ti 2.5/Al 1.5/Fe 1.5) Description

Nickel/Chromium/Cobalt alloy films (Ni53/Cr20/Co18/Ti 2.5/Al 1.5/Fe 1.5) represent a premium Nickel-Chromium-Cobalt alloy specifically engineered for exceptional performance under extreme thermal and mechanical stresses. Its superior strength, creep resistance, and oxidation stability make it particularly suitable for high-temperature applications. Nimonic® 90 exhibits excellent formability and weldability, making it preferred for components in aerospace engines, gas turbines, nuclear reactors, and various industrial applications.

Nickel/Chromium/Cobalt Alloy Films (Ni53/Cr20/Co18/Ti 2.5/Al 1.5/Fe 1.5) Applications

Aerospace: Turbine blades, discs, ring components, combustion chambers, and fasteners

Power Generation: Gas turbine components requiring high creep and oxidation resistance

Automotive Industry: High-performance exhaust systems and turbochargers

Nuclear Industry: Reactor components, control rod casings, and high-temperature springs

Nickel/Chromium/Cobalt Alloy Films (Ni53/Cr20/Co18/Ti 2.5/Al 1.5/Fe 1.5) Packaging

Stanford Advanced Materials carefully packages Nickel/Chromium/Cobalt alloy films (Ni53/Cr20/Co18/Ti 2.5/Al 1.5/Fe 1.5) to maintain product integrity during storage and transport.

Vacuum-sealed protective packaging

Standard packaging or customised packaging based on customer requests

Frequently Asked Questions

What is Nimonic® 90 used for?
Nimonic® 90 is frequently used in aerospace, power generation, and the automotive industry due to its excellent high-temperature strength, oxidation, and creep resistance.

How does Nimonic® 90 differ from other nickel alloys?
Nimonic® 90 contains Cobalt and a higher Chromium content, which ensure better oxidation resistance, creep strength, and durability at elevated temperatures compared to other nickel alloys.

What are the advantages of Nickel/Chromium/Cobalt Alloy Films (Ni53/Cr20/Co18/Ti 2.5/Al 1.5/Fe 1.5)?
Nimonic® 90 offers excellent thermal and mechanical properties, outstanding weldability, formability, and a long service life in harsh operating environments.

Is Nimonic® 90 corrosion resistant?
Yes, Nimonic® 90 exhibits excellent oxidation and corrosion resistance, making it suitable for extreme environmental conditions.

Can the dimensions of Nickel/Chromium/Cobalt Alloy Films (Ni53/Cr20/Co18/Ti 2.5/Al 1.5/Fe 1.5) be customised?
Yes, Stanford Advanced Materials provides custom thickness and width based on specific customer requirements.