Take you to understand the purpose and significance of high temperature sintering furnace sintering

Release time:

2025-02-27

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Abstract

High temperature sintering furnace manufacturers tell you that the purpose and significance of sintering is to prepare high-quality metallurgical charge

High temperature sintering furnace manufacturers tell you that the purpose and significance of sintering is to prepare high-quality metallurgical charge, and now it has gradually evolved into a way of resource utilisation, from simple sintering pelletology to the development of a comprehensive use of complex ores, the electric furnace direct reduction of short processes and sintering pelletology expert system. High-temperature sintering furnace so that the ceramic billet in the solid particles of the bonding between the grain growth, the voids (pores) and grain boundaries gradually reduced, through the transfer of substances to reduce its size, density, Z finally formed a dense polycrystalline sintered body with a certain microstructure.
1. Ceramic materials:
Adopting microwave high temperature furnace to sinter all kinds of white porcelain, white porcelain, thin porcelain, bone ash porcelain, its sintering cost is more than half than the traditional gas sintering furnace or fuel oil sintering furnace, the product qualification rate is increased.
The use of microwave high-temperature furnace sintering large red, blue and white porcelain, can greatly improve the product yield, shorten the firing time, energy savings. Microwave high-temperature furnace can sinter a variety of oxide ceramics, nitride ceramics, carbide ceramics and complex phase ceramic materials.

 

 

 2. Powder metallurgy materials:
 Cemented carbide: Cemented carbide has been realised large-scale industrial production in microwave high temperature furnace. Due to the fast sintering speed, carbide grain size, can greatly improve product performance. Various tungsten alloy sintered in the microwave furnace; a variety of iron-based and copper-based powder metallurgy parts sintered in the microwave furnace.
3. Magnetic materials:
 Sintering of nickel-zinc soft magnetic ferrite materials using microwave high-temperature furnace; different grades of manganese-zinc soft magnetic ferrite materials sintered in the microwave high-temperature furnace, its frequency characteristic curve compared with the traditional sintering furnace, in the same proportion, its high-frequency characteristics have been significantly improved.
Microwave sintered spinning magnet ferrite material; Microwave high temperature sintered spinning magnet ferrite material has the characteristics of low loss and excellent performance.
4. Microwave synthesis of vanadium nitride and various iron nitride alloy materials:
The use of microwave high-temperature synthesis technology can also produce large quantities of iron nitride, ferromanganese nitride, ferrochrome nitride and other special iron nitride alloys.

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