Architecture overview Immunity to atmospheric corrosion, high strength and light weight of titanium make it an ideal architectural metal. Applications now include exterior and interior cladding, roofing, fascias, panelling, protective cladding for piers and columns, artwork, sculpture, plaques and monuments....
	Characteristics and uses of titanium Titanium is exceptional in almost every way: expensive and energy-intensive to produce, highly reactive and uniquely corrosion-resistant. Ko Buijs discusses the characteristics of this metal and lists some of the leading titanium alloys, including the remarkable shape memory alloys, which can “remember” their original shape....
	Titanium for chemical and petrochemical plant and systems Titanium was first used in chemical plant in the mid-1960's. Its outstanding resistance to corrosion in oxidising chloride environments, sea water and other aggressive media were rapidly established. In several processes titanium is the first and only choice for effective plant performance and acceptable levels of life cycle cost....
	Titanium for power plants Basic information on the use of titanium in the power generation industry. Areas covered include condensers, flue gas desulphurisation and steam turbine blading....
	Titanium in the automotive industry Increasing demand for more fuel-efficient and environmentally friendly road vehicles has focused interest on weight reduction and improved performance. Automotive applications of titanium follow logically from the high strength, low density and, in select applications, low modulus of titanium alloys, and their excellent resistance to corrosion and oxidation....

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