Available Shapes
Non Ferrous Metals
In metallurgy, non-ferrous metals are metals or alloys that do not contain iron
Non-ferrous metals and their uses These metals include every metal and alloy that does not contain iron. A shortlist of common non-ferrous metals will include:
Precious metals like silver
platinum
gold
Copper and its alloys like bronze and brass
Nickle
Palladium
Platinum
Titanium
Aluminum
Tin
Lead
Zinc
With such a wide range of materials in this grouping, many of the mechanical properties that recommend iron can be discovered in non-ferrous metals. For example, alloys of aluminum or titanium could be substituted for steel in many cases, if it were not cost-prohibitive to do so. Iron’s magnetic abilities could be emulated with nickel, cobalt, or rare earth elements alloyed with other metals.
However, because non-ferrous metals often cost more, they tend to be chosen for their unique attributes, rather than for the ways they can behave like steel. Lighter weights, conductivity, corrosion resistance, non-magnetic properties, tradition, or decorative value are some of the reasons to choose a non-ferrous metal. Some metals are prized exactly because they are rare: before widespread aluminum manufacturing was possible, aluminum was a luxury metal used in high-end tableware.
Aluminium Bronze
Aluminium
Brass Bar
Copper
Titanium
Aluminium Bronze
With combined characteristics of high strength and corrosion resistance Aluminium Bronze grades are available in round bar and a limited range of hexagon bar.
Aluminium
A low density metal with reasonable strength Aluminium is available in a variety of forms. Aluminium cast tooling plate is also available.
Brass Bar
A copper/zinc alloy non ferrous metal. Brass grades are suited to a wide number of applications.
Copper
Popular for its high electrical conductivitiy, Copper is an good machining non ferrous metal suitable for many applications.
Titanium
Combining excellent corrosion resistance with suitability to work at very high temperatures Titanium is available as bar.