Nickel alloys
Description
JACQUET in the US offers a large stock of nickel alloy plates in various sizes and thicknesses, suitable for a wide range of industrial applications.
Nickel alloy plates are specifically designed for demanding applications requiring enhanced resistance in aggressive environments, such as those characterized by corrosion, high temperatures, and significant pressure. These alloys are primarily used in sectors such as chemical processing, petrochemical, pollution control, electronics, aerospace, and many others.
In addition to their exceptional corrosion resistance, nickel alloy plates offer excellent toughness and ductility, enabling them to meet mechanical challenges while ensuring durability and safety of equipment under harsh conditions.
JACQUET in the US offers a wide range of nickel alloy plates that meet specific requirements in terms of thermal resistance, corrosion resistance, and mechanical strength. By offering a large variety of formats and thicknesses, JACQUET in the US is committed to supplying high-quality products while ensuring fast and reliable availability to meet each customer’s specific needs.
The diversity of our range, designed for optimal performance in harsh environments, allows our customers to access materials perfectly suited to their industrial needs, while benefiting from our expertise and commitment to delivering top-quality products.
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Plates
- Thicknesses: .125″ to 2″
- Processing capability: Up to 96″ x 240″
Round bars
- Diameters: Up to 9″
Nickel-based alloys have great qualities of high corrosion and high temperature resistance. They can be resistant, resilient, and withstand high temperatures by resisting creep. For example, nickel alloys for aerospace can withstand over 1832°F.
These alloys have one thing in common: thanks to their chromium content, they do not require surface protection to fight against the various types of corrosion. In fact, the chromium combined with the oxygen in the air and water creates a “passive layer” of oxide on the surface.
Nickel alloys can be classified in 3 categories :
- Iron-nickel alloys: used for their physical properties (magnetism, elasticity and expansion);
- Copper-nickel alloys (cupronickels): have great corrosion resistance in acid or marine environments, as well as good formability and weldability;
- Superalloys: That’s an alloy family with a complex composition, often based on nickel (or titanium, iron, cobalt, etc.), with excellent resistance to dry corrosion at high temperatures and great mechanical properties (high yield strength, creep resistance).
