Enhanced Boron Carbide (B₄C)
A next-generation approach to high-grade sinterable boron carbide powder for demanding applications in defense and nuclear industries.
Why Boron Carbide?
Exceptional hardness. Low density. Critical performance.
One of the hardest technical materials—used in abrasives and advanced ceramics.
Enables lightweight protection solutions due to low density and high hardness.
Important for nuclear applications as neutron shielding/outstanding performance temperature resistance moderator material.
The challenge
Today’s production methods weren’t built for sintering-grade performance.
Many legacy processes are optimized for abrasive-grade output, producing coarse material that requires extensive post-processing—while sintered components demand fine, highly sinter-active powders.
The AMEPCO approach
Continuous high-temperature synthesis for high-grade powders
AMEPCO’s concept targets improved powder quality with fewer processing steps, high automation, and significantly lower energy demand versus conventional approaches.
Key benefits
Higher output yield and lower energy consumption compared to conventional processes.
Improved sinterability (including potential for pressureless sintering) through better powder quality.
Reduced CAPEX/OPEX driven by fewer post-processing requirements and automation.
Emission-free process concept (target design intent).
Process snapshot
From raw inputs to controlled powder output
A newly developed, advanced process flow, covering mixing, compaction/granulation, high-temperature reaction, and classification, engineered to deliver consistent, high-quality powder characteristics for advanced fabrication.
Partnership
Engineering support with proven furnace expertise
AMEPCO collaborates with experienced thermal-process engineering partners (e.g., Cremer Group) to support industrial design, build, and long-term service readiness.
Ready to discuss performance targets, timelines, and next steps?