• Operate all kinds of rare earth wire materials,

        Processing nonferrous alloys and rare earth alloy wires and bars

        Implementation standards: customized according to customer requirements Quality system: ISO9001

        Applicable process: evaporation coating, ion sputtering

        Specifications: according to customer requirements

      • Operate all kinds of rare earth wire materials,

        Processing nonferrous alloys and rare earth alloy wires and bars

        Implementation standards: customized according to customer requirements Quality system: ISO9001

        Applicable process: evaporation coating, ion sputtering

        Specifications: according to customer requirements

      • Operate all kinds of rare earth wire materials,

        Processing nonferrous alloys and rare earth alloy wires and bars

        Implementation standards: customized according to customer requirements Quality system: ISO9001

        Applicable process: evaporation coating, ion sputtering

        Applicable process: evaporation coating, ion sputtering

      Home >Other products >Ceramic Materials >Ceramic Materials
      Ceramic Materials

      Ceramic Materials

      • Category:Ceramic Materials
      • Weight:0

      Details:

      Beryllium nitride

      Molecular weight: 55.05

      Melting point:2200

      Appearance: white powder

      Characters: It is hard metal and refractory metal, soluble in water and will release nitrogen in acid solution and aqueous alkali. It can easy be oxygenated at 600℃ or above.

      Use: Mainly used for refractory material

       

      Aluminum nitride  

      Molecular weight: 40.99

      Molecular formular: AlN

      Density: 2.18g/cm3

      Use: used for crucible of smelting of Aluminum, Copper, Silver and Lead

       

      Boron nitride

      Melting point:2967

      Density:2.18g/cm3

      Main Application: Mainly used for alloy, high temperature resistant material, semiconductor and lubricating agent.

      Silicon Nitride

      Molecular formular: Si3N4

      Relative quality: 1402.8

      Appearance: off-white powder 

      Density:3.44

      Hardness: 9~9.5, the knoop hardness is approx 2200, the micro hardness is around 32630MPa

      Melting point:1900℃(pressurized) 

      Specific heat capacity: 0.71J/(g?K)

      Heat of formation: -751.57kJ/mol

      Thermal conductivity: 16.7W/(m?K)

      Coefficient of linear expansion: 2.75×10-6/℃(20~1000℃)

      Main Application: Mainly used in ceramic production, temperature resistant material, metallurgy and smelting and rubber industry

       

      Titanium dioxide 

      Molecular formular:TiO2

      TiO2(W%):≥90

      Whiteness: 98%

      Density:4.23

      Melting point:2900

      Boiling point:1855

      Main Application: It is regarded as a best white paint and mainly used for coating, plastic, papermaking, printing ink, chemical industry and cosmetic industry

       

      Titanium carbide    

      Relative quality:59.91

      Density:4.93g/cm3 

      Melting point:3160℃

      Boiling point:4820

      Characters: It is high hardness, corrosion-resisting and good thermal stability

      Main Applicationmianly used for metal ceramic

       

      Silicon carbide   

      Specification: JIS#800JIS#1000JIS1200JSS#1500JIS#2000

      Main Application: It is good for cutting equipment and kinds of diameter of cutting line.


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