What is the treatment of titanium thermal heat?
Titanima Teating Thermal process is an industrial application of extremely high temperatures per titanium to make metal more functional for production purposes. The two most common types used today are annealing and relief from stress. The annealing is mainly used to withstand the fracture of titanium resistance and at the same time increase its ductility or the ability to stretch into a thin wire. On the other hand, the voltage release method is mostly used to reduce the amount of tension that titanium is subject to or creation. Titanium, which is not relieved of tension, can after welding or creation, while it means for extensive machines processing, it will usually not hold such a heavy processing without being the first brindle. Temperatures up to 1,100 ° F (593 ° C) to reduce voltage and 1,450 ° F (788 ° C) for annealing are not unusual
contamination in titanium is a major problem in Titanium. Manufacturing stores often have separate areas for titanium because this metal is particularly susceptible to air contamination, moisture, dust and fat. Other high -performance metals, such as stainless steel and nickel -based alloys, do not require such strict attention to cleanliness, because they are not as sensitive as titanium to contamination or welding.
It is important to realize that pure elementary titanium is rarely used in modern production, because it is rather soft metal. Titanium alloys, titanium mixtures with other metals, allow maximum hardening properties. However, each specific titanium alloy will respond differently to the heat treatment process.
The first shuttle for the national air and space administration (NASA) helped the public more aware of the use of titanium and titanium alloys as a shuttop -legged insulation tile of titanium thermal shield to remain strong at high temperatures. Since the first space shuttle of NASA, the titanium alloys continued to integrate into its designsEven their non -creation and strong qualities. Manufacturers of quality swords and knives also rely on the power of these alloys. They are even stronger for their weight than steel and are also resistant to corrosion, such as acids, solvents and bases.