Strategic Materials.
A Better Way to Make Them.
Silicon carbide is foundational to semiconductors, ceramics, and high-temperature applications. But the dominant method of producing it — the Acheson process — is over a century old, energy intensive, and built for a different era.
Built on the foundation of plasma technology, Refacture’s system produces high-purity β-SiC with less energy, tighter control, and no hazardous byproducts — suitable for industrial scalability and future-proof demand.
Cleaner Conditions. Focused Outputs.
By using high-temperature plasma systems with one of the highest heating efficiencies available, we reduce energy consumption and avoid the toxic byproducts associated with traditional SiC manufacturing. All outputs from our process are either sold, reused, or vitrified — leaving nothing behind, and adding value at every step.
Built for Today. Ready for What’s Next.
We’ve redesigned how silicon carbide is made — not by making the Acheson process greener, but by building something fundamentally better. With growing demand, mounting regulatory pressure, and global interest in supply chain resilience, our approach could offer industries a scalable, modern alternative. From modular deployment to engineered outputs, we’re building the kind of platform this century needs.
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Refacturing the Way Materials Are Made
From early-stage manufacturing to global-scale potential, we’re building an industrial platform designed to deliver strategic materials with speed, consistency, and purpose.
Refacture:
Recovery Meets Manufacturing
We named our company after what we believe the future demands — to refacture is to recover overlooked materials and remanufacture them with precision. It’s not waste management, and it’s not mining — it’s something in between, and something urgently needed. Our platform applies this philosophy to critical materials like β-SiC, aluminum fluoride, and graphite, starting with SiC where the impact is immediate.