TM10067 Titanium Boride Plate, TiB2

Titanium Boride Plate, TiB2 Description

Titanium Boride Plate, TiB2 (TiB2) is manufactured to achieve a high-purity ceramic plate with a density of 4.5 g/cm³. Its production involves controlled sintering that minimises porosity and promotes uniform grain formation. The material’s tailored plate form and customisable dimensions serve thermal management and structural applications by providing stable heat distribution and mechanical endurance in demanding environments.

Titanium Boride Plate, TiB2 Applications

Industrial Applications
- Used as a wear-resistant layer in furnace linings to achieve improved thermal insulation through its high density and ceramic stability.
- Applied as a component in heat exchangers to achieve efficient thermal conduction through its controlled microstructure.

Electronics Applications
- Used as a substrate in power electronic modules to achieve efficient heat dissipation through its high purity and tailored plate properties.

Titanium Boride Plate, TiB2 Packing

Titanium Boride Plate, TiB2 is securely packaged in a moisture-resistant, antistatic bag and cushioned with foam inserts. The package is sealed within a rigid container to prevent mechanical damage and contamination. Storage recommendations include a temperature-controlled, low-humidity environment to maintain material integrity. Customised packaging, including flat carriers or stackable designs, is available to meet various handling requirements.

Frequently Asked Questions

Q1: What processing challenges are typically encountered with Titanium Boride Plate, TiB2?
A1: Achieving uniformly controlled plate thickness and densification during sintering is challenging. Temperature and pressure must be carefully regulated to avoid microstructural irregularities, requiring fine-tuning of processing parameters throughout production.

Q2: How does the material density of 4.5 g/cm³ influence its performance in thermal management applications?
A2: The density of 4.5 g/cm³ enhances heat conduction and structural stability, enabling uniform thermal distribution. This characteristic is advantageous in applications requiring controlled temperature profiles under varying thermal loads.

Q3: What quality control methods are implemented for Titanium Boride Plate, TiB2?
A3: Quality control involves real-time spectroscopic monitoring and periodic microstructural assessment via electron microscopy. These methods verify the chemical composition and grain uniformity, ensuring the material adheres to specified purity and density requirements.

Additional Information

Titanium Boride (TiB2) is a refractory ceramic known for its high melting point and chemical inertness. It is extensively studied for applications in high-temperature environments where stable thermal management is critical. Research continues to optimise sintering processes to further enhance its microstructural uniformity and mechanical properties.

In materials science, precise control over processing parameters is vital for achieving the desired performance in ceramic materials. Advanced plates like Titanium Boride Plate, TiB2 are incorporated in various industrial and electronic applications, where their tailored composition and density contribute to efficient thermal conductivity and structural integrity.