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BC0968 Beryllium Oxide Ceramic Heat Sinks, BeO Maximize

BC0968 Beryllium Oxide Ceramic Heat Sinks, BeO

Catalog No.BC0968
SizeCustomized
MaterialBeryllium Oxide
CAS Number1304-56-9
Purity99.90%
Chemical FormulaBeO
Bulk Density(g/cm3)3.01

SAM's beryllium oxide ceramic heat sinks are made of high purity beryllium oxide ceramics. SAM provides high-quality beryllium oxide ceramic products including heat sinks, crucibles, washers, thermocouple tubings and other custom-made substrates.

Related: Beryllium Oxide Ceramic CruciblesBeryllium Oxide Ceramic Substrates

 

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Beryllium Oxide Ceramic Heat Sinks Description

Beryllium oxide ceramic heat sinks are made of high purity beryllium oxide ceramics. Beryllium oxide, or beryllia, is the best ceramic thermal conductor and competes with the most conductive metals, and its electrical isolation is equivalent to that of alumina and the best electrical insulators. BeO heat sinks possess a unique combination of thermal, dielectric, and mechanical properties, and they are highly desirable in electronic applications.

BC0968 Beryllium Oxide Ceramic Heat Sinks, BeO 

 

Beryllium Oxide Ceramic Heat Sinks Specifications

Testing EntriesTesting ConditionsProperties
Flexural Strength/170MPa
Thermal Conductivity25250W/m·k
100190W/m·k
Permittivity1MHz 206.5-7.5
10GHz 206.5-7.5
Volume Resistivity2510^14Ω·cm
30010^11Ω·cm


Beryllium Oxide Ceramic Heat Sinks Applications

Beryllium oxide ceramic is the ideal material used in many high-performance semiconductor parts for applications such as radio equipment. Beryllium oxide ceramic heat sinks can insulate electronic devices electrically, and at the same time remove substantial quantities of heat from them to a chassis heat sink.  Beryllium oxide ceramic is used as a filler in some thermal interface materials such as thermal grease. Some power semiconductor devices have used beryllium oxide ceramic between the silicon chip and the metal mounting base of the package in order to achieve a lower value of thermal resistance than for a similar construction made with alumina. It is also used as a structural ceramic for high-performance microwave devices, vacuum tubes, magnetrons, and gas lasers. 

 

 

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