What Production Process Of Alumina Ceramic Liner

First of all, there is an oxide film on the surface of the alumina ceramic liner, which will improve the hardness and wear resistance of the liner. Its oxide film formation principle is no different from that of water electrolysis, and it can be said to be the same. If the current is passed, the cathode of the alumina ceramic lining will release hydrogen; on the anode of the liner, not only molecular oxygen, but also ionic oxygen and atomic oxygen are precipitated. Generally, the molecular oxygen in the reaction is reflected. The aluminum of the anode of the lining is oxidized by the precipitated oxygen to form an anhydrous aluminum oxide film. However, the generated oxygen does not completely chemically interact with the aluminum. The principle of alumina ceramic liner generates an oxide film, which has very good lubricity and insulation, and can absorb various lubricants. It is very suitable for use in the manufacture of engine cylinders or other wear-resistant parts.

Among them, the alumina ceramic liner has the following characteristics: anti-shedding: the ceramic rubber steel plate is vulcanized in one piece, and the combination is very firm; high temperature resistance: the plate can work in the environment of 0-250 for a long time; maintenance reduction: the super wear resistance makes the maintenance frequency greatly Reduce, save costs and labor; impact resistance: its unique spherical design and high-quality buffer layer can resist the impact of large materials, and the toughened ceramic formula can ensure that the plate is not easy to break; wear resistance: the hardness of the alumina ceramic liner reaches HRA85 or above, 271.5 times more wear-resistant than Mengsteel; acid and alkali resistance: The rubber adopts a new formula of acid and alkali resistance rubber, which can resist weak acid and weak alkali.