Renovation and use effects of laboratory electric furnaces

 With the continuous improvement and progress of the research and development and technology of zinc oxide arrester chips by electronic ceramics, this article mainly focuses on how the laboratory electric furnace meets the process and requirements of electronic ceramics for zinc oxide arresters. Through the analysis and transformation of the defects of the old electric furnace, we use Through piloting and promotion with very little investment, it not only meets the needs of research and development and technology, but also saves the cost of purchasing experimental electric furnaces.Effect of vacuum sintering process on the properties of cemented carbide The electric furnace must be able to burn to at least 1200°C. (The maximum sintering temperature of the zinc oxide arrester chip firing process is 1150°C). After checking the manufacturer and the electric furnace data, we found that our electric furnace can work up to 1200°C.Carburizing process and carburized steel The process flow of zinc oxide arrester chip firing requires that the furnace temperature should be controlled between 0-10°C, and the smaller the controlled temperature difference, the better. Therefore, the key to the transformation of electric furnaces is temperature control. Powder metallurgy stainless steel vacuum sintering process After adjusting and controlling the power of the electric furnace, it was found through repeated adjustments and tests that the old electric furnace could not control such a high accuracy. The furnace temperature control accuracy could only be controlled at 0-50°C. Such a temperature could not satisfy the test at all. Requirements for craftsmanship.What Sets Vacuum Brazing Apart from the Rest

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