Ceramic Parts Of Sander
Product Introduction
Sander, also known as ball mill, is mainly used for wet grinding of liquid products in chemical plants. According to performance indicators, it can be roughly divided into established Sander, basket Sander, vertical Sander, etc. The key is composed of the human body, grinding cylinder, sand and stone roller (lever), grinding medium, motor, and feeding pump, and the feeding speed is controlled by the feeding pump. The grinding medium of the machine equipment is generally divided into zirconia beads, glass beads, Zirconium(IV) silicate beads, etc.
Ceramic Sander adopts eccentric disc grinding structure and is arranged in order. This system overcomes the defect of uneven distribution of grinding media in traditional grinding machine, so that the grinding media can obtain kinetic energy transmission and high grinding efficiency. It adopts double inner holes with forced refrigerator seal, which has good sealing performance. The separation system adopts large flow LDC dynamic grid slot separation equipment, which is not easy to block the feed inlet under large flow conditions, The total area of overcurrent is 0.05-2.0mm, and it can be applied to grinding media above 0.1mm.
The Sander adopts the design scheme of disc type or bar pin type, closed inner wall type. The grinding plate is installed on the mixing shaft in the required order, which overcomes the defects of the traditional vertical Sander that the grinding medium is uneven and the Particle size analysis is poor after grinding. Materials enter the grinding chamber under the effect of the feed pump. The design scheme of the channel is to push one end of the connecting flange, and the flow of materials and the rolling bearing of the mechanical equipment are opposite to the bottom, The bearing force of the mechanical seal is greatly reduced and its service life is improved. During the high-speed operation of the mixing shaft eccentric disc of the laboratory Sander, the compound of the material and the grinding medium produces a relative speed. As a result, the solid particles of the material are dispersed, cut and ground. After the filter is separated from the rotor clearance of the dynamic large flow motor, the product is obtained. Depending on the different grinding processes of the product, single batch grinding and serial grinding processes can be used.