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Nickel and Its Alloys

Nickel alloys

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Available shades

Select a grade to view its complete technical data sheet: chemical composition, mechanical properties, and available shapes and dimensions.

ALLOY 75

Nickel alloy

ASTM B637

ALLOY 80A

Nickel alloy

ASTM B637

ALLOY 90

Nickel alloy

ASTM B164
-
ASTM B166
-
AMS 5659

ALLOY 200/201

Nickel alloy

ASTM B160
-
ASTM B161
-
ASTM B162

ALLOY 400

UNS N04400

ASTM B164
-
ASTM B165
-
ASTM B127

ALLOY 600

Nickel alloy

ASTM B163
-
ASTM B166
-
ASTM B167
-
AMS 5540

ALLOY 601

Nickel alloy

ASTM B166

ALLOY 625

Nickel alloy

ASTM B443
-
ASTM B444
-
AMS 5666

ALLOY 718

Nickel alloy

ASTM B670
-
ASTM B637
-
AMS 5596
-
AMS 5597
-
AMS 5662
-
AMS 5663

Alloy 800 H/HT

Nickel alloy

ASTM B407
-
ASTM B408

ALLOY 825

Nickel alloy

ASTM B423
-
ASTM B424
-
ASTM B425

ALLOY A-286

Nickel alloy

ASTM B575
-
ASTM B619
-
ASTM B626

ALLOY C-22

Nickel alloy

ASTM B564
-
ASTM B575
-
ASTM B619
-
ASTM B626

ALLOY C-276

Nickel alloy

ASTM B575
-
ASTM B619
-
ASTM B626

Alloy K-500

Nickel alloy

ASTM B865

ALLOY X

Nickel alloy

ASTM B435
-
ASTM B572
-
ASTM B574
-
ASTM B798
-
AMS 5536

ALLOY X-750

Nickel alloy

ASTM B637
-
AMS 5667
-
AMS 5571
-
AMS 5698
-
AMS 5699

In certain industrial environments, the conventional quickly reach their limits. High temperatures, corrosive atmospheres, high mechanical stresses, or repeated thermal cycles: these conditions require alloys capable of maintaining their properties over time.

It is precisely in this context that nickel alloys come into their own. Thanks to their unique structure, they offer remarkable resistance to heat, oxidation, and corrosion, while maintaining good mechanical properties.

At Concept Métal, we support manufacturers by offering tailored technical solutions using nickel alloys. These materials are used in the manufacture of technical parts, specialized components, or industrial tooling, where material reliability is a key factor.

Nickel Alloys: Materials Built to Last

Nickel is a metal that naturally possesses good corrosion resistance and excellent thermal stability. When combined with other elements such as chromium, molybdenum, iron, magnesium, or cobalt, it can be used to create alloys that perform exceptionally well.

These metallurgical combinations result in materials capable of functioning in environments where many conventional metals cannot be used, thanks to: 

  • exceptional resistance to high temperatures
  • high resistance to oxidation
  • high resistance to chemical environments
  • good long-term mechanical performance

Nickel alloys are sought after for their ability to maintain their properties even under particularly demanding operating conditions.

Excellent resistance to high temperatures

Certain families ofnickel alloys are capable of maintaining their mechanical strength at very high temperatures. This property is essential in industrial equipment exposed to significant thermal cycling.

In these situations, nickel alloys help limit deformation and loss of strength.

Effective protection against corrosion

The nickel alloys are also known for their corrosion resistance in harsh chemical environments. They are therefore used in industrial facilities where materials must withstand corrosive fluids or specific atmospheres.

Long-lasting mechanical stability

Unlike some metals that become brittle over time or when exposed to heat, nickel alloys maintain good mechanical stability when subjected to repeated stress.

This characteristic makes them reliable materials for technical components designed to operate over long periods of time.

Alloys used in many industrial sectors

The properties of nickel alloys make them indispensable in several industrial sectors where material performance is critical.

  • the energy industry
  • aeronautics
  • chemical plants
  • Plumbing and Industrial Heating
  • maritime
  • musical instruments

Concept Métal Expertise in Working with Nickel Alloys

The processing ofmetal alloys such as nickel alloys requires mastery of machining processes and a thorough understanding of material behavior.

We'll help you analyze your technical requirements and select the right material.

Let's discuss your industrial project

Every application involving nickel alloys has its own specific constraints. Temperature, corrosion, mechanical strength, and expected service life—these parameters directly influence the choice of material and the design of the part.

If you are working on a project that requires the use of engineering alloys, the Concept Métal team Concept Métal assess your needs and guide you toward the most suitable solution.

Contact us to discuss your project and identify the most appropriate metallurgical solutions that best suit your needs.

Applications

Available Sizes

Gallery

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Our teams can source specific grades or those that are hard to find on the market. Contact us with your designation or standard.