High hardness, light weight, corrosion resistance, and other qualities describe titanium. They are produced into titanium equipment and utilized extensively in industry, chemical, and many other industries because to their exceptional qualities and traits.
1. Compared to stainless steel and aluminum, titanium offers greater corrosion resistance in several mediums. Moreover, titanium has a low weight and a high specific strength.
Titanium is easily oxidized by neutral aqueous solutions and produces a dense titanium oxide passive coating on the surface of the atmosphere. Titanium's electrode potential has been noticeably altered, and its thermodynamic stability has been considerably increased. The degree of chemical stability following passivation is indicated by the coefficient of passivity. The weights of iron are 0.18, nickel 0.37, molybdenum 0.49, chromium 0.74, aluminum 0.82, and titanium 2.44.
2. Titanium has an exceptional and excellent corrosion resistance, and about 50% of the titanium container is used to resist the corrosion of chlorine-containing medium, as opposed to carbon steel, low alloy steel, stainless steel, and aluminum, which have poor corrosion resistance in the medium of chlorine, such as sea water and salt water.
3. Fumigating nitric acid, dry chlorine gas, methanol, trichloroethylene, liquid nitrogen tetroxide, molten metal salt, carbon tetrachloride, and other medium titanium may result in burning, explosions, or stress corrosion under specific circumstances. Use of titanium containers with this media is thus highly advised.
4. Impact hardness tests typically do not require titanium or titanium containers.
5. Titanium has excellent corrosion resistance, and more than 90% of industrially pure titanium, TA1, and TA2 are utilized in civilian industry to create a variety of titanium products, of which 3/4 are titanium containers.
6. Most industrial pure titanium and titanium alloys are not corrosion resistant in high temperature hydrochloric acid and other strong reducing media because the corrosion resistance of titanium is formed by the surface oxide film.
