The development trend of sand mill ceramic structural parts

Nov 09, 2021

Ceramic sand mills are becoming more and more mature. Due to the actual production needs and the increase in output, new problems have been proposed for the output of sand mills. While the equipment meets the efficiency, the volume of the equipment and the size of the rotor need to be expanded to increase production. ability.

Regarding this problem, the ceramic parts of large-scale equipment are mostly assembled structures, that is, the equipment is collectively broken down into small parts and then assembled into a complete machine. This approach is mainly caused by the limitations of the production and processing equipment. Therefore, large-scale ceramic structural parts need to be equipped with large-scale isostatic pressing equipment, sintering furnace, and post-finishing equipment to complete the overall production line, which consumes a lot of time and money. But compared with assembled structural parts, the advantages of integral ceramic parts are very obvious. The first is less wear, especially the inner lining-because the size of the barrel and the end cover are usually larger, they are mostly assembled. No matter how much the assembled work piece meets the tolerance requirements, there will always be places with different sizes. During the grinding process, the uneven splicing surface will be worn, which will affect the service life; the second is the dynamic balance problem during high-speed rotation. , When the small size deviation is enlarged to several thousand revolutions, it will amplify the problem of dynamic balance, affect the stability of the overall equipment, and affect the life of the equipment.


Therefore, in order to meet the stringent demands of the ceramic sand mill to adapt to the market, large-scale cold isostatic pressing equipment, large-scale gas sintering furnace with an effective space of 10 cubic meters, large-scale finishing equipment, complete powder production line and large-scale imaging equipment are provided. From raw materials to testing equipment, a complete set can not only meet the production conditions of large ceramic parts, but also effectively improve the production quality of ceramic parts