Beryllia ceramic components provide more product strength, more reliability, more miniaturization, more weight savings, and more thermal management in the world.
Beryllia ceramics have a very high thermal conductivity which is second only to diamond in the insulator material. Its superior performance at high temperatures has created a market demand for beryllium oxide ceramic (BeO). No other material can economically deliver the same performance and reliability demanded by today’s high-tech products and systems.
Beryllia ceramic features:
- Low Dielectric Constant
- High Electrical Resistivity
- Superior Thermal Conductivity
- Easy and Effective Metallization
- More Consistent Heat Dissipation
- Low coefficients of thermal expansion
- Better Uniformity of Crystalline Structure
- More Durable in Semiconductor Chamber Cleaning Environments
Beryllia ceramic application:
- MRI machines
- High power electronics
- Semiconductor processing
- Microwave communications
- Transmitters for radio frequency
- Oil and gas exploration equipment
- Long-range fiber optic transmission
- Laser energy used in medical eye surgery
- Missile guidance systems in military industry
- Industrial laser metal-cutting and marking equipment
- Airplane and satellite communications systems in aerospace field
- Support components and assemblies in avionics conversion circuitsBeryllia Ceramic Component Features
Beryllia Ceramic Components Applications
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