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Pintejin Ceramic Factory has recently purchased a 1050 centerless grinding machine, which is an indispensable ceramic machining machine in the machining of zirconia ceramics. Its main function is to finely grind and polish the outer diameter, which greatly improves the production efficiency of our factory. 1. The centerless grinder MT1050/M1050A adopts the grinding wheel frame to be fixed and the guide wheel frame to move. 2. The main shaft of the grinding wheel adopts multi-piece long bearing bush dynamic pressure oil film bearings, and the main shaft of the guide rail adopts an integral 1:30 cone sliding bearing; the grinding wheel and the guide wheel are of cantilever type structure. Read more

Basic performance of zirconia ceramics , is gradually being adopted by decorative ceramics, such as colored zirconia ceramics, ceramic jewelry, etc. Zirconia ceramics is an inorganic non-metallic material with high temperature resistance, corrosion resistance, wear resistance and excellent electrical conductivity. It was used in the field of refractory materials in the early 1920s until the mid-1970s. Japan’s advanced countries have invested in the research and development of zirconia ceramic production technology and the production of zirconia ceramic series products, and further expanded the application field of zirconia ceramics to structural materials and functional materials. At the same time, zirconia ceramics are also encouraged by the national industrial policy. One of Read more

Due to its unique semiconductor characteristics, semiconductor ceramics are suitable for equipment with special requirements for materials, etc. The following Pintejin ceramic zirconia machining factory will introduce you to semiconductor ceramics. Semiconductor ceramics refer to ceramic parts with semiconductor properties and electrical conductivity of about 10-6 to 105/m. The conductivity of semiconductor ceramics changes significantly due to changes in external conditions (temperature, light, electric field, atmosphere and temperature, etc.), so the physical quantity changes in the external environment can be converted into electrical signals to make sensitive components for various purposes. Thermal ceramics: also known as thermistor ceramics, refers to ceramics whose conductivity changes significantly with temperature. Thermal semiconductor ceramic Read more

The characteristic of rotary ultrasonic machining is that its ultrasonic head rotates with the spindle during operation. A large number of test results show that in the process of machining, the removal effect of simple tool rotation or ultrasonic vibration is relatively poor, but after the combination of the two, the situation has been greatly improved. Compared with traditional ultrasonic machining, rotary ultrasonic machining has the following advantages: The machining speed is fast. Ultrasonic rotary machining retains the advantages of traditional ultrasonics, that is, both conductive and non-conductive materials can be processed, and the machining speed can reach more than 100mm/min. The machining speed of ultrasonic rotary machining is 10 Read more

Many people will ask is ceramics a conductor? Is ceramic insulating? Let Pintejin Zirconia Ceramic Factory answer everyone: Ceramics are not conductors. The insulation properties of ceramics are introduced below. Insulating ceramics, also known as device ceramics, are ceramic materials used in electronic equipment to install, fix, support, protect, insulate, isolate and connect various radio components and devices. Insulated zirconia ceramic tube To be an excellent insulating ceramic, it must have the following properties: 1. High volume resistivity ≥1012Ω·m; 2. Small relative permittivity εr≤30; 3. Loss factor tgδ ≤0.001; 4. High dielectric strength ≥500kV/cm, good thermal conductivity: thermal conductivity is 24～28W/m·K; corrosion resistance, no deformation, can be used in the Read more