How to solve the thermal conductivity and brittleness of ceramics?
Ceramics, such as their silicon carbide series, have many formulas as well as metal materials. Different formulas have different physical properties. As we all know, ceramic bearings made of ceramics are no longer rare in the market, so there is no need to worry about brittleness. The silicon carbide composite ceramic formula developed by us has quite high toughness. In addition to theoretically obtaining the toughness value of the material, we also mainly give users a trial. We choose compound extrusion conditions with large shear forces and large back pressure to examine the practice for a period of time, and look at the double holes. Whether the two sharp corners of the inner hole of the ceramic bushing can withstand strong shear forces, can the successful application of the user prove the ultimate success of the research and development.
So first of all we have to overcome these problems, all research and development need to first focus on solving ceramic brittleness and heat conduction. If these two points are done, its anti-corrosion and anti-wear properties can be magnified in the field of extrusion. 【detailed】