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Industry experts refer to beryllium oxide (BeO) as Beryllia. Manufacturers produce it as a white, amorphous powder. It is sintered into larger forms. Researchers use beryllium oxide in electronic components and microwave communication systems. They apply it in microwave ovens, medical applications, the military, nuclear technology, aerospace, and the energy and laser industries.
Beryllium oxide (BeO) is commonly known as beryllium oxide. It is produced as a white, amorphous powder and is sintered into larger forms.
Sintered BeO is a stable ceramic material and is used in various applications that require high thermal conductivity and high electrical resistance.
Beryllia is used in electronics, microwave communications systems and microwave ovens, in medical devices, the military, nuclear engineering, aerospace, the energy sector and the laser industry.
Stanford Advanced Materials (SAM) supplies beryllium oxide ceramic products such as heatsinks, crucibles, washers, thermocouple tubes and other custom substrates.
Beryllium oxide (BeO) ceramic heatsinks, beryllium oxide (BeO) ceramic crucibles, beryllium oxide (BeO) ceramic substrates
The properties of beryllium oxide render it suitable for a broad range of applications:
Electronics: Employ beryllia substrates in high-frequency applications, microwave components and modern semiconductor devices.
Aerospace: Achieve improved performance and thermal management in aerospace components, including radar and communication systems.
Power Generation: Enhance the efficiency and reliability of power modules and electronic components with the high thermal conductivity of beryllia.
Medical Devices: Utilise the electrical insulation of beryllia in precise and reliable medical devices used in diagnostics and treatment.
Industrial Machinery: Optimise the performance of machinery and installations that operate at extreme temperatures with beryllia components.
Heat Resistance: Beryllia withstands high temperatures, thereby maintaining stability and performance under demanding conditions.
Electrical Insulation: Its high breakdown voltage and insulation properties benefit modern electronic and energy applications.
Precision: Beryllia products are manufactured using precise mechanical processes, thereby ensuring accuracy.
Versatility: Beryllia is employed in various sectors ranging from aerospace to electronics.
Reliability: Rely on beryllia’s demonstrated track record for consistent performance in demanding environments.
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