TM10068 Titanium Boride Disc, TiB2

Titanium Boride Disc, TiB2 Description

Titanium Boride Disc, TiB2 is a ceramic component fabricated from titanium boride, featuring a purity of ≥99% and a density of 4.5 g/cm³. Its customisable dimensions facilitate integration into various systems. The material exhibits exceptional chemical inertness and thermal stability, making it suitable for high-temperature and wear-intensive applications. Its controlled microstructure minimises defects and supports consistent performance in precise industrial processes.

Titanium Boride Disc, TiB2 Applications

Industrial Applications
- Used as a wear-resistant component in grinding systems to achieve prolonged operational life by leveraging its high chemical inertness.
- Applied as a protective barrier in high-temperature furnaces to maintain stability by utilising its controlled density and purity.

Electronics and Processing
- Serves as a substrate for high-temperature electronic components to sustain performance by capitalising on its thermal stability and structural integrity.
- Frequently used in semiconductor processing tools to ensure minimal contamination and dimensional accuracy.

Titanium Boride Disc, TiB2 Packing

Titanium Boride Disc, TiB2 products are individually packaged in clean-room sealed containers with moulded foam inserts to prevent physical damage. The discs are enclosed in double-layer antistatic wraps to avoid contamination. Proper storage under controlled temperature and humidity is recommended to preserve material properties. Custom packaging solutions, including vacuum-sealed and sterile conditions, are available on request.

Frequently Asked Questions

Q1: How does the ≥99% purity of TiB2 influence its performance in high-temperature applications?
A1: The high purity minimises impurities that could lower thermal stability, ensuring the disc maintains structural integrity during prolonged high-temperature use. This quality is critical in industrial systems where material consistency enhances overall device performance.

Q2: What are the advantages of having customisable dimensions for the TiB2 disc?
A2: Customisable dimensions allow the disc to be readily integrated into diverse equipment layouts. This flexibility supports adaptation to specific design requirements in industrial or electronic systems and simplifies retrofitting processes.

Q3: What storage conditions are recommended to maintain the properties of the TiB2 disc?
A3: The discs should be stored in a dry, temperature-controlled environment to prevent moisture uptake and thermal degradation. Anti-contamination packaging further ensures that particulate intrusions do not compromise the material's performance during extended storage.

Additional Information

Ceramic materials like titanium boride are widely studied due to their exceptional thermal and chemical resistance. Their resilience under extreme conditions makes them suitable for applications requiring minimal thermal expansion and high wear resistance. This category of materials is pivotal in industrial settings where performance consistency is essential.

Understanding the fundamental properties of these advanced ceramics assists engineers in designing components that require stable performance under high stresses. Research continues to optimise synthesis and processing methods, contributing to improved performance metrics in various applications.