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With it's ultra-low density, a protective oxide layer, vast range of alloys - giving a plethora of useful properties - and ready formability, Aluminium is a go-to material for a vast range of engineering applications.

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Named after the gods of Greek mythology, titanium casts a large shadow in the world of engineering. Low density, high strength, excellent corrosion resistance, as comfortable at both elevated and cryogenic temperatures, titanium is a god among metals.

Nickel has incredible corrosion resistance, high mechanical strength and excellent creep resistance, all whilst being able to operate at elevated temperatures - a range of qualities vital to both the aeronautical and petrochemical industries alike.

A member of the new-age family of materials, carbon fibre as a material only came into common use from the 1980s. Strong, incredibly light and easy to shape and form for any role, carbon fibre will only increase in use with time.

An iron-based alloy, and the most widely used engineering material, steel is unparallelled in it's range of alloys and, therefore, mechanical properties. As a result, its number of eventual applications is incalculable.

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"Aramid" is the name given to a unique class of man-made synthetic fibres which have risen to prevalence due to their strength, high temperature stability and puncture resistance. Found in areas as diverse as bicycle tyres and bullet-proof vests.