Titanium plate characteristics: low density (4.5kg/m3), high melting point (1660), corrosion resistance, high specific strength, good plasticity, but also through the alloying and heat treatment methods to create a variety of alloys with high mechanical properties, is the more ideal aerospace engineering structure materials.
Application of
Titanium Alloy plate: In addition to the use of industrial pure titanium manufacturing parts, a large number of the use of titanium alloy. It is increasingly widely used in aviation, aerospace, chemical industry, shipbuilding and other industrial sectors, the manufacture of gas turbine components, the production of prosthetic devices and other biological materials. Application: Titanium alloy is a new type of structural material, it has excellent comprehensive performance, such as low density (4.5gcm-3), high specific strength and specific fracture toughness, fatigue strength and crack expansion resistance, good low temperature toughness, excellent corrosion resistance, some titanium alloys, the maximum working temperature of 550/C, is expected to be up to 700/C. Therefore, it has gained an increasingly wide range of applications in aviation, aerospace, chemical industry, shipbuilding and other industrial sectors, and is developing rapidly. Getting more and more widely used, rapid development. Light alloys, steel, etc. (σ0.2/density) versus temperature, titanium alloy specific strength is higher than other light metals, steel and nickel alloys, and this advantage can be maintained up to about 500/C, so certain titanium alloys are suitable for the manufacture of gas turbine components. About 80% of titanium production is used in the aerospace and navigation industry. For example, such as the United States of America's B-1 bomber fuselage structural materials, titanium alloy accounted for about 21%, the manufacture of fuselage, wings, skin a large number of TC4 titanium alloy plate. f-15 fighter fuselage structural materials, titanium alloy plate dosage of 7,000 kg, accounting for 34% of the structure of the weight of the Boeing 757 airliner structure, titanium alloy accounted for about 5% of the dosage of 3,640 kg. mcdonald douglas /For the DC10 airplane produced by McDonnell Douglas, the amount of titanium alloy reaches 5,500kg, accounting for more than 10% of the structural weight. In the chemical and general engineering field of titanium consumption: the United States accounted for about 15% of its production, Europe accounted for about 40%. Due to the wide range of applications of titanium sheet thus greatly increasing the processing requirements of titanium alloy sheet.
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