BE10064 Beryllium Oxide Window, Beryllia Ceramic Window, BeO Window 0.5 mm thick

Beryllium Oxide Window, Beryllia Ceramic Window, BeO Window 0.5 mm thick Description

Manufactured from ≥99% pure BeO ceramic, this disc-shaped window features a precisely controlled thickness of 0.5 mm to meet the stringent demands of optical systems. Its inherent chemical inertness and defined density make it suitable for applications requiring exact optical alignment and thermal management. Dimensional tolerances are maintained through rigorous post-processing inspections, ensuring the component meets strict industry standards for laboratory and industrial optical assemblies.

Beryllium Oxide Window, Beryllia Ceramic Window, BeO Window 0.5 mm thick Applications

1.       Optical Instruments
- Used as an optical barrier in high-intensity imaging systems to achieve stable light transmission by leveraging precise thickness and material purity.

2.       Laboratory Equipment
- Applied as a window element in spectrophotometers to control optical path uniformity through BeO’s chemical inertness and defined density.

3.       Industrial Inspection Systems
- Serves as a component in machine vision modules to maintain clear image capture by exploiting controlled thermal properties and dimensional precision.

Beryllium Oxide Window, Beryllia Ceramic Window, BeO Window 0.5 mm thick Packing

Each window is securely packaged in anti-static, cushioned holders and sealed within a moisture-resistant pouch. The packaging is further enclosed in a foam-lined box to mitigate mechanical shocks during transit. It is recommended to store the product in a temperature-controlled, contamination-free environment. Custom packaging solutions are available to address specific handling and anti-static requirements.

Frequently Asked Questions

Q1: How does the high purity of the BeO material affect optical window performance?
A1: The ≥99% purity minimises inclusions that can cause light scatter, ensuring clearer optical transmission and consistent thermal behaviour during operation.

Q2: What measures are taken during production to maintain the 0.5 mm thickness tolerance?
A2: The production process includes controlled sintering and calibrated post-process metrology inspections that verify thickness accuracy, ensuring the window meets the specified 0.5 mm dimension.

Q3: Can this window be integrated into systems requiring precise thermal management?
A3: Yes, the controlled density and inherent thermal conductivity of BeO support its use in systems where stabilised temperature distribution is critical, although detailed thermal performance tests are advised for specific operating conditions.

Additional Information

Beryllium Oxide ceramics are recognised for their unique combination of high thermal conductivity and electrical insulation, making them valuable in applications where thermal management is crucial. Their microstructure, developed through controlled sintering, plays a significant role in determining performance characteristics such as light transmission and dimensional stability.

The material’s controlled manufacturing process, including precise sintering and stringent quality inspections, ensures that the BeO windows consistently meet demanding specifications. Such ceramics find extensive use in optical and electronic systems, where maintaining exact tolerances and thermal properties is essential for overall system reliability and efficiency.