Lithium battery negative electrode material sintering furnace, push plate furnace, lithium iron phosphate push plate furnace, lithium manganate push plate furnace and nitrogen protection push plate furnace are mainly used for batch sintering of graphite negative electrode material and lithium iron phosphate positive electrode material.

　　Application fields of electric sintering furnace:

　　Ceramic materials use microwave high-temperature furnace to sinter all kinds of white porcelain, stoneware porcelain, thin tire porcelain and bone ash porcelain, which can reduce the firing cost by more than half compared with traditional gas sintering furnace or oil burning sintering furnace and improve the product qualification rate. Sintering big red porcelain and blue and white porcelain in microwave high-temperature oven can greatly improve the yield, shorten the firing time and save energy consumption. The microwave high-temperature oven can sinter various oxide ceramic materials, nitride ceramic materials, carbide ceramic materials and multiphase ceramic materials, greatly reduce the firing time, reduce the firing temperature, reduce the product deformation, improve the yield, save energy consumption and reduce the production cost.

　　2. Powder metallurgy information cemented carbide: cemented carbide tools sintered in microwave high temperature furnace have been produced on a large scale. Due to rapid sintering and fine carbide grains, the product function can be greatly improved. Sintering various tungsten alloys in microwave high temperature oven; Sintering various iron-based and copper-based powder metallurgy parts in microwave high-temperature furnace

　　3. Magnetic data data of Ni Zn soft ferrite sintered in microwave high temperature furnace; The frequency characteristic curves of different grades of Mn Zn soft ferrite sintered in microwave high temperature furnace are compared with those in traditional sintering furnace. Under the same ratio, good high frequency characteristics are obtained. Data of microwave sintered magnetic ferrite; The rotary ferrite sintered in microwave high temperature oven has lower loss and better function without changing the formula.

　　4. Microwave composition of vanadium nitride and various iron nitride alloys. Using microwave high temperature composition technology, we can also produce special iron nitride alloys such as ferrosilicon nitride, ferromanganese nitride and ferrochromium nitride on a large scale, which can not only greatly reduce the unit energy consumption, but also improve the product functional indicators.

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