You would like to analyse boron carbide in your dies
Boron carbide (B₄C) is a chemical compound formed from boron and carbon. It is one of the hardest materials known, second only to diamond and cubic boron nitride.
A strategic material with stringent control requirements
Boron carbide (B₄C) is an ultra-hard ceramic known for its lightness, resistance to wear and extreme temperatures. Thanks to these properties, it is used as a key raw material in the manufacture of technical ceramic parts, particularly in the following sectors:
- Nuclear (neutron absorption)
- Defence (armour)
- Aerospace (wear-resistant parts)
- Advanced ceramics (technical parts, precision components)
Its performance depends directly on its purity, crystalline structure, particle size and the presence of metallic or carbonaceous impurities. These parameters must be controlled throughout the value chain: production, transformation, integration or recycling.
What does boron carbide anlysis involve?
Characterization or analysis of boron carbide involves assessing the composition, structure and physical and mechanical properties of carbides. It is a crucial step in understanding and optimising the properties of ceramic materials used in various industrial sectors, such as aeronautics, space, medical devices and energy. Characterising boron carbide involves a number of analysis techniques.
Boron carbide analysis: FILAB laboratory expertise
Why choose FILAB for boron carbide analysis?
The FILAB laboratory offers boron carbide analysis services adapted to all your needs:
our services
Physicochemical analysis of boron carbide
Surface porosity analysis
Structural analysis of boron carbide
Granulometric analysis : laser granulometry, sieving…
Our technical resources for boron carbide analysis
Our other carbide analysis
Silicon carbide analysis
Analysis of tungsten carbide
FAQ
Boron carbide is a strategic material used in critical environments (defence, nuclear, technical ceramics, etc.). Its effectiveness depends directly on its purity, microstructure, grain size and the presence of any impurities. Analysis can therefore be used to guarantee its performance and conformity, or to identify any anomalies.
We analyse all types of shapes:
- Raw powders
- Densified ceramic parts
- Composites containing B₄C
- Residues, deposits, surface layers
Preparations are adapted to the format and nature of the sample (solid, powder, film...).
You will receive a clear, interpreted analysis report, including :
- Raw results with uncertainties and units
- A technical interpretation (according to your needs)
- Recommendations or hypotheses if a deviation or defect is detected
Yes, at FILAB, our added value goes beyond just giving you a figure.
We help you to understand the results, find the root causes, implement an action plan, and even support your R&D projects.
