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Titanium Intro

Titanium, an element found in 1790, was named after the Titans, earth giants in Greek mythology.

Its industrial production began around 1946. Thanks to its excellent characteristics of being "Light," "Strong" and "rust-free," it began to be applied in the aerospace, chemical, electric-power and other industries, finding its way further into architectural, civil-engineering, medical and general-purpose applications.

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Titanium Properties

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  • Excellent Corrosion resistance 

        Titanium, readily forming stable oxide layer (in a passive state), gives excellent performance in corrosion resistance. In ordinary service            environments of materials, the possibility of titanium materials hardly subject to corrosion.

  • Great Strength

      Titanium is almost equal to steel in strength, and thus, it is a metal of high strength per mass, namely, high specific strength.

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  • Light Weight

      The specific gravity of titanium is equivalent to about 60% of that of iron. Titanium can contribute to the reduction in weight of products            and improvement in the earthquake resistance of buildings. Also, the transport load and workload can be reduced and safety will be              improved.

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  • Minimum thermal expansion

      Regarding its thermal expansion coefficient, titanium is one-half of stainless steel and copper and one-third of aluminum, respectively.              Thus, it is a metal less subject to thermal expansion due to changes in temperature. Also, titanium’s melting point is 1,668°C,                          higher than that for other metals, and it is certified as a non-combustible material.

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  • Environmentally sound

      As dissolution of metal ions is minimal, titanium is a very friendly metal to humans and the environment.

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