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It is produced as a white amorphous powder and sintered into larger shapes. Impurities like carbon, trapped with the crystals can give a variety of colors to this material. Sintered BeO is a very stable ceramic and is used in a variety of applications where both high thermal conductivity and electrical resistivity is needed. Electrical isolation is equal to that of alumina and the best electrical insulators. A 20% lower dielectric constant than alumina and aluminum nitride offers advantages in the high-frequency field. BeO ceramic is utilized for its proven superior properties and its cost effectiveness unmatched by aluminum nitride, aluminum oxide, boron nitride, silicon carbide or any ceramic. |
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Metallization:
Ceramic + Mn-Mo plating
Ceramic + Ni plating Ceramic + AG plating Ceramic + Au plating Ceramic + Sn plating Ceramic + AG+Ni+Au or Sn plating. |
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Properties:
1.Superior Thermal Conductivity(Can reach to 240W/m.k)
2.More Consistent Heat Dissipation 3..Better Uniformity of Crystalline Structure 4.Easy and Effective Metallization 5.More Durable in Semiconductor Chamber Cleaning Environments |
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Applications:
1.Feed-through insulators
2.Headers 3.High-power receptacles 4.Insulating discs 5.Insulator rings and cylinders 6. Precipitator products 7.Power switches 8.Traveling wave tubes 9.Vacuum interrupters 10.Windows 11.Power grid tubes 12.X-ray tubes. |
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