Pyrolytic boron nitride spacer is a high-performance ceramic component widely used in high-temperature environments. It is characterized by its manufacturing through pyrolysis process, offering exceptional thermal stability, conductivity, and electrical insulation. These qualities make pyrolytic boron nitride spacers crucial in various fields, including:
1. Optical Equipment: Its high thermal stability and low absorption rate make pyrolytic boron nitride spacers suitable for optical equipment, including lasers and optical windows.
2. Semiconductor Manufacturing: Pyrolytic boron nitride spacers are employed as insulation layers in semiconductor manufacturing processes, ensuring device isolation and protection.
3. Vacuum and High-Vacuum Systems: Pyrolytic boron nitride spacers are used as insulating materials in vacuum and high-vacuum systems, with low gas permeability and excellent insulation properties.
4. High-Temperature Experiments: In high-temperature experiments and tests, pyrolytic boron nitride spacers can serve as sample supports and insulation layers, ensuring stability and accuracy in experiments.
5. High-Temperature Environments: Due to its remarkable thermal stability, pyrolytic boron nitride spacers are suitable for high-temperature environments, such as insulation applications in gas turbines and high-temperature melting processes.
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