The Ceramic Shaft
is formed by isostatic pressing. The ceramic material has high toughness, high flexural strength and high wear resistance, excellent thermal insulation performance, and thermal expansion coefficient close to that of steel. Therefore, the ceramic shaft is gradually replacing the work of the traditional metal shaft. .Ceramic shafts are suitable for operation under harsh conditions filled with corrosive media. When rotating, the centrifugal effect of the outer ring can be reduced by 40%, and the service life is greatly extended. Therefore, when the clearance of the shaft is constant, the shaft can be allowed to work in an environment where the temperature difference changes drastically. It is beneficial to increase the speed of work and achieve higher precision.