Ceramic powders are used to increase efficiency and performance standards to protect parts against heat and wear. Ceramic powder manufactured from low thermal conductivity thermal barrier coating for semiconductor fabrication to meet any small or large scale need. The coating process and ceramic materials selected for coating depend on factors such as required thickness, economic consideration. The ceramic is used for heat insulation and improve the efficiency of components to work at high temperature. This coating process is used where thermal barriers are required to extend the service lifespan.
Titanium oxide and its alloys are tougher as compared to another alumina-based coating. Titanium oxide has a lower hardness. The titanium oxide coating is used for lubricity and resistance for parts to sliding wear. Alumina based ceramic used to exhibit exceptional wear resistance. Alumina based ceramic is chemically inert and stable at high temperatures. Chromium oxide can be used at a service temperature of less than 540 °C. Coating below this temperature is possible due to their chemical inertness and exceptional wear resistance.
