Title
Nickel
Description
The US 5¢ piece is, as its name suggests, almost pure nickel. Look at one - much can be learned from it - that nickel is a ductile, silvery metal, easily formed by stamping (or rolling or forging), hard when worked, and with good resistance to corrosion. Not bad for 5¢. Nickel has a high melting point (1450 C) and is one of the few elements that are ferro-magnetic (with Fe and Co). You don't see pure nickel very often, but its alloys are everywhere. Alloyed with copper it is widely used for coinage (the Euro, the "silver" dollar, the British 50 p piece). As Nichrome, a Ni-Cr alloy, it forms the heating elements of electric fires, toasters and hair dryers. Alloyed with iron and chromium it becomes stainless steel, familiar in every kitchen. And most exotic of all are the range of nickel-based materials known as "superalloys" because of their exceptional combination of high temperature strength and corrosion resistance. This record is for pure nickel. There are separate records for stainless steels, nickel-chromium alloys and superalloys.
General Applications: Coinage; battery electrodes; as an electro-plate for corrosion protection of other...
Reference: "Nickel", Granta CES Edupack 2018, accessed 24 Dec. 2019
Relation
|Powder injection molding|Hot isostatic pressing|Pressing and sintering|Cubic printing|Organic solvent-based painting|Pad printing|Silk screen printing|Water-based painting|Electro-polishing|Etching|Grinding and mechanical polishing|Texturing|Electroless plating|Electroplating|Metal flame spray|Polymer powder coating|Vapor metallizing (PVD)
Related Products: Bowl (Ceramic)
Rights
''
Identifier
Record number: 1062