BE10377 Beryllium Oxide Ceramic Ring, Beryllia Ring, BeO Ring 97%

Beryllium Oxide Ceramic Ring, Beryllia Ring, BeO Ring 97% Description

Beryllium Oxide Ceramic Ring, Beryllia Ring, BeO Ring 97% is a ceramic component composed of BeO with 97% purity, manufactured in a ring shape with customisable dimensions. The material offers a thermal conductivity of 200 W/m·K, promoting efficient heat transfer, while its high volume resistivity (>1×10^14 Ohm·cm) minimises electrical leakage. These properties render it suitable for integration in electronic modules and industrial thermal management systems where both precise heat dispersion and insulation are critical.

Beryllium Oxide Ceramic Ring, Beryllia Ring, BeO Ring 97% Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Beryllium Oxide Ceramic Ring, Beryllia Ring, BeO Ring 97% Applications

Electronics and Semiconductor Applications
- Used as a thermal management component in power modules to reduce overheating by leveraging high thermal conductivity for efficient heat dispersion.
- Applied as an insulating element in circuit boards to achieve minimal electrical leakage due to its high volume resistivity.

Industrial Equipment
- Employed in high-temperature furnace assemblies to control heat flow by utilising stable thermal properties, reducing thermal gradients during operation.

Instrumentation
- Serves as a heat sink in precision devices to maintain stability under fluctuating thermal loads by delivering consistent heat transfer and electrical insulation.

Beryllium Oxide Ceramic Ring, Beryllia Ring, BeO Ring 97% Packing

The product is secured in anti-static, foam-lined packaging to protect against mechanical shocks and contamination. It is sealed in moisture-resistant bags and stored in temperature-controlled conditions to preserve material properties. Customised packaging options, including vacuum-sealed containers and labelled compartments, are available to satisfy specific handling and storage requirements.

Frequently Asked Questions

Q1: How are customised dimensions achieved for this ceramic ring?
A1: The production process allows for adjustable sizing parameters. Detailed dimensional tolerances are provided once custom specifications are confirmed, ensuring the component meets the integration requirements of specialised assemblies.

Q2: What handling precautions are recommended given its high thermal conductivity?
A2: Use appropriate anti-static handling and wear protective gear to prevent mechanical damage. The packaging is designed to minimise thermal shock, and it is advised to store the material in a stable, controlled environment.

Q3: How does the high volume resistivity benefit its applications?
A3: High volume resistivity minimises electrical leakage, which is crucial in high-frequency and high-voltage systems. This attribute improves circuit efficiency by reducing parasitic currents and ensuring consistent insulation performance.

Additional Information

Beryllium oxide ceramics are valued in materials science for their exceptional heat transfer capabilities and electrical insulation properties. Research into BeO has focused on optimising its sintering process to reduce defects and enhance microstructural uniformity. This contributes to predictable performance under variable thermal loads.

The use of ceramic rings in industrial applications extends to systems requiring precise heat management and structural integration. Their compatibility with high-temperature environments makes them an essential component in electronics cooling and insulation systems, addressing the growing demand for reliable thermal control in advanced technological applications.