What are the application areas of high temperature sintering furnace?
Oct 18,2024
What are the application areas of high temperature sintering furnace?
1. Ceramic materials:
The use of microwave high-temperature sintering furnace various white porcelain, ceramics, thin prince, bone porcelain, than the traditional gas sintering furnace or fuel sintering furnace to reduce more than half of the combustion cost, improve product qualification rate.
The use of microwave high-temperature sintering furnace red ceramics and Tsinghua ceramics can greatly improve the yield, shorten the combustion time, and save energy consumption.
Microwave high-temperature furnace can sinter various oxide ceramic materials, nitride ceramic materials, carbide ceramic materials and composite ceramic materials, greatly reducing combustion time, reducing combustion temperature, reducing product deformation, improving yield, saving energy consumption and reducing production costs.
2. Powder metallurgy materials:
Cemented carbide: microwave high-temperature furnace sintering cemented carbide tools have achieved large-scale industrial production. Due to the rapid sintering, the carbide particles are small, and the product performance can be greatly improved.
Microwave high temperature sintering furnace a variety of tungsten alloy;
Microwave high temperature sintering furnace all kinds of iron-based, copper-based powder metallurgy parts
3. Magnetic materials:
Microwave high-temperature furnace sintering nickel-zinc soft magnetic ferrite materials; in microwave high-temperature furnace, the frequency characteristic curves of different grades of zinc soft magnetic ferrite materials can be compared with sintering furnace sintering, and better high-frequency characteristics can be obtained with the same ratio.
Microwave sintering rotating ferrite material; microwave high temperature furnace sintering ferrite material has lower loss and better performance under the condition of the same formula.
4. Microwave synthesis of vanadium nitride and various iron nitride alloy materials 3360
The use of microwave high-temperature synthesis technology, can be a large number of production of silicon nitride, iron nitride, chromium nitride and other special iron nitride alloy, not only can greatly reduce the unit energy consumption, but also improve product performance indicators.
5. Microwave high temperature synthesis of various ceramic powder materials:
Using microwave high-temperature synthesis technology, a variety of high-performance oxide ceramic powder materials, nitride ceramic powder materials, carbide ceramic powder materials and boride powder materials can be synthesized. Including: lithium cobalt oxide, lithium iron phosphate, aluminum nitride, aluminum oxynitride, selenium, titanium nitride, vanadium nitride, silicon nitride, silicon carbide, titanium carbide, vanadium carbide, niobium carbide, zirconium carbide, titanium boronizing, etc. Using microwave high temperature baking, a variety of multiphase functional ceramic powder raw materials and rare earth material raw materials such as titanium acid bromide, lead titanate, oxybromide, yttrium copper oxide, long afterglow rare earth luminescent materials can be synthesized.
Using microwave plasma supersonic powder synthesis technology, ultrafine nano weapon non-metallic powder materials can also be prepared.
6. Microwave high temperature synthesis of various ceramic pigment, glaze:
Using high-temperature microwave synthesis process, various inorganic non-metallic ceramic pigments and glazes can also be synthesized: zirconium basic color materials: zirconium blue materials, zirconium * * materials, and zirconium iron red materials.
Wrapping color material: Cd(**S1-x)-ZrSiO4 wrapping color material.
Spinel pigment: zinc chromium iron base, zinc lead chromium iron base, cobalt chromium iron base.
Tin basic color material: chrome tin red material, tin vanadium material.
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