Progress in Measuring NTC Ceramic Thermistor Technology

　　The excellent porcelain precise measurement technology developed and designed recently is specialized in the production and processing of technical high reliability Electroceramics thermistor raw materials. This new material has been introduced into the selection and application of a series of high-performance NTC thermistor components and detector components.

　　The application of the NTC thermistor controller's resistance controller to two key elements is particularly important for important customers. The controller must first display information in a specific way and should present the same electrical equipment again, in order to present the same electrical equipment characteristics during the first production and manufacturing of the entire service life. Based on this important delivery effect, professional staff of precision measurement technology have invested many high reliability Electroceramics raw material projects in engineering project resources, which can be used for most scientific research, development, design and application around the world

　　The unique technology is used to produce porcelain with uniform particle size distribution in the whole process of high density manufacturing. The most important aspect of powder production and processing is to improve the particle size distribution and bulk density by adjusting the particles. In addition, by adjusting the adhesive system software and using appropriate organic chemical preservatives, particles that enhance deformation can be carefully selected.

　　The output power of the spray dryer is tamped with various technologies, which shows a suitable geometric figure for the production of ntc chips. Strict application of the best production technology in the final stage of porcelain production and processing. The application of high-pressure porcelain throughout the entire production process improves the physical properties of porcelain within a certain period of time. Accurate control of temperature, working pressure, and production processing time is required to achieve mechanical equipment and electrical performance regulations. The entire process of high density allows for the collapse of voids under high pressure. The gap surface is combined with a reasonable removal of porosity, achieving nearly 100% of the basic theoretical relative density.

　　1. High density of 100% basic theory of electric porcelain with relative density.

　　2. Remove the internal porosity of porcelain.

　　3. Improved the process performance of electrical grade ceramic components.

　　4. The high resistor further improves the electrical performance of d.

　　5. The widespread improvement in repeatability and usage performance.

　　6. Fine grain structure of excellent Electroceramics raw materials.

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