Titanium alloy is a relatively young metal, from the development of the present 60, 70 years of history, into the 20th century after the traditional steel and aluminum has been unable to meet the needs of aerospace, aviation, navigation and other fields, in 1954 by the United States company developed titanium alloy materials.
Joined the other elements of titanium alloy is based on titanium alloy, titanium alloy material has the advantage of light quality, strength, elasticity is small, high temperature resistance and corrosion resistance and other characteristics, is mainly used for aircraft engine, rocket, missile parts, (ordinary industrial use titanium, titanium level also has a lot of, according to the requirements of different industries will choose appropriate levels of titanium.) Many countries in the world have realized the importance of titanium alloy materials, which have been studied and developed in succession, and have been applied in practice. Today I will introduce you to the application of titanium alloy in design. The 3d-printed titanium bicycle frame is not only stronger, but also lighter, a third lighter than ordinary materials, thanks to topological optimization technology. In the production process, the shape can be adjusted at any time, and more customizable, each batch of products can be adjusted.
The tool ring is made of titanium alloy, and you can think of it as the Swiss army knife in the ring -- with four small tools hidden inside at the top: a bottle opener, a knife, a saw, and a small comb. Cardiac stents first appeared in the 1980s. They have undergone the development of metal stents, coated stents and soluble stents. The main materials are stainless steel, Nitinol alloy or cobalt-chromium alloy.
