Titanium thermal conductivity
It is said that the metal thermal conductivity fast, titanium is a metal, thermal conductivity is naturally not slow, but relatively speaking than some of our common metal is much slower, from the current data, titanium thermal conductivity and stainless steel is relatively close to about one-fourteenth of aluminum, about one-fifth of iron.
We may think, titanium metal, the more pure, the greater its hardness, in fact, titanium's hardness is not big, on the contrary, some not very pure titanium hardness is surprisingly high, there are some impurities can improve its hardness.
Titanium is a rare metal
The reason for this idea, because titanium stability is too good, it is difficult to develop smelting, so we do not see a lot of nature will be so think, in fact, titanium reserves occupy 0.6% of the region, occupying the ninth place, the reserves are very large.
Titanium alloy is lighter than aluminum alloy
Although the density of titanium alloy is higher than that of aluminum alloy, why do some equipment pursuing lightweight still use titanium alloy? This is because titanium alloys have a higher strength-to-weight ratio and can achieve the same strength and hardness with thinner materials. As a result, housings, parts, etc. made from titanium alloys are generally lighter than those made from aluminum.
Activity of Titanium
Titanium metal shows different reactivity at different temperatures. Titanium is very stable in room temperature air and is not easy to react in any way, but it is chemically active at high temperatures and can easily react with many gases.
