Purity 99.9%: Beryllium Oxide with purity 99.9% is used in high-power electronic substrates, where it ensures optimal electrical insulation and thermal conductivity.

Thermal Conductivity 285 W/m·K: Beryllium Oxide with thermal conductivity 285 W/m·K is used in radio frequency power amplifiers, where it enables efficient heat dissipation and device longevity.

High Melting Point 2570°C: Beryllium Oxide with a high melting point of 2570°C is used in crucibles for molten metal processing, where it allows operation under extreme temperatures without deformation.

Particle Size <1 µm: Beryllium Oxide with particle size less than 1 µm is used in advanced ceramic fabrication, where it delivers superior mechanical strength and uniform microstructure.

Low Dielectric Constant 6.7: Beryllium Oxide with a low dielectric constant of 6.7 is used in microwave circuit boards, where it minimizes signal loss and background interference.

Stability Temperature 1600°C: Beryllium Oxide with a stability temperature of 1600°C is used in nuclear reactor moderators, where it maintains structural integrity under intense radiation and heat.

Density 3.01 g/cm³: Beryllium Oxide with a density of 3.01 g/cm³ is used in specialty aerospace components, where it provides strength-to-weight benefits for lightweight assemblies.

High Purity Sintered Form: Beryllium Oxide in high purity sintered form is used in semiconductor laser packaging, where it achieves low outgassing and thermal management.

Low Impurity Level <100 ppm: Beryllium Oxide with impurity level below 100 ppm is used in fusion reactor components, where it reduces contamination risks and extends material lifespan.

Thermal Expansion Coefficient 7.5×10⁻⁶/K: Beryllium Oxide with a thermal expansion coefficient of 7.5×10⁻⁶/K is used in precision optical devices, where it prevents dimensional instability during temperature cycling.