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The history of the discovery of nickel alloys. Physical and mechanical properties

The history of the discovery of nickel alloys. Physical and mechanical properties

Are you interested in the history of discovery, physical and mechanical properties of nickel alloys from the supplier company AvecGlob? Here you will find interesting information on this topic /

History of discovery

Pure nickel was first obtained in 1751, but its first alloys were obtained much earlier. Chinese documents about 1500 BC. refer to «white copper» (baitong), which, most likely, was an alloy of nickel and silver. And in the 15th century German miners who believed that they could mine copper from nickel ores in Saxony mentioned kupfernikel — «devil's copper» — which, according to modern views, was nothing more than a chemical compound of copper and nickel.

On an industrial scale, nickel alloys began to be produced at the beginning of the last century. The largest nickel producers in 2010 were Russia, Canada, Australia and Indonesia.

Urgency of application

Nickel alloys form the basis of all stainless steels, and, in addition, are used in the production of batteries, permanent magnets, medical equipment and aerospace equipment.

Supplier — AvekGlob Company — offers at a reasonable price from the manufacturer a diverse range of nickel-based alloys. The supplier guarantees the timely delivery of products to any address specified by the consumer.

Stainless steel — basic nickel alloy

About 65% of all nickel produced is used in the manufacture of stainless steel. Austenitic steels are non-magnetic stainless steels that contain high levels of chromium and nickel and low carbon levels. This group of steels is valued for its high ductility and corrosion resistance. Austenitic steels are the most widely used class of stainless steel. The nickel-containing austenite range of stainless steels is determined by their crystal structure with a face-centered cubic lattice, in which there is one atom in each corner of the cube and one atom in the middle of each face. This grain structure is formed when a sufficient amount of nickel (8 to 10 percent for a predominant number of stainless steels) is added to the alloy.

Classification and properties

The main types of nickel alloys that have received practical application:

Iron-nickel-chrome alloys

Stainless steels

Copper-nickel alloys

Nickel-chrome alloys

Magnetic alloys.

Properties of some nickel alloys are presented below:

UNS Conditions Ultimate strength, MPa Limit of plasticity, MPa Relative extension, % Brinell hardness Corrosion resistance, h, at a temperature of 350 0 C and a pressure of 750 MPa
N10276 Annealing 790 415 50 184 -
N06600 Also 550−690 210−430 55−35 120−170 38
N06625 Also 930 520 45 180 160
N08800 Also 520−690 210−410 60−30 120−184 70 (700 ° C)
N07718 Dispersion hardening 1350 1180 17th 382 170

Supplier — AvekGlob Company — offers to purchase various brands of nickel alloys. Products can be bought at a price formed on the basis of European and world standards of production. Implementation is possible in bulk and retail, for regular customers, a flexible system of discounts operates.