Granulated powder for technical ceramics info

    As an important molding method in the production of special ceramics, press molding has been more and more widely used. As the production of special ceramics requires more and more finer raw materials, in order to improve the fluidity of the ceramics, the ceramics must be made into false particles, namely Granulated powder, so as to evenly fill the model to increase the molding density of the green body and ensure the sintered density after porcelain.

    As a kind of special ceramics, alumina ceramics have been widely developed and applied because of their high mechanical strength, good electrical insulation properties and temperature resistance, coupled with low raw material prices.

Features: no cracking, no porosity in the porcelain, and no powder sticking to the mold.

Application of alumina ceramic chip in electronic products:

1. When a product is powered on for a period of time when the alumina thermal conductive ceramic sheet is not used, the waveform of its measuring tube will change from normal to abnormal deformation.

2. More than half an hour after starting up, if there is an explosion or tube burning phenomenon, the circuit needs to be checked for improper conduction.

3. The case where the pipe is hot while the heat sink is not hot.

4. If the product has the above problems, you can choose alumina thermal conductive ceramic sheet, because it is not only used in the electronic industry, but also has a great effect in other industries.

    Alumina ceramic granulated powder is the process of spray drying alumina ceramics to form granular powder. And this approach is to make the alumina ceramics easier to adapt to the production process, by dry pressing or isostatic pressing, greatly reducing its processing cost. As we all know, the hardness of alumina ceramics is very high, second only to the hardest diamond in nature, so alumina ceramic granulated powder can greatly accelerate its processing efficiency. Reduce the difficulty, and at the same time, it can effectively avoid breakage during transportation.