Horizontal recycling of CFRP waste into recycled-carbon-fiber compounds
Recovery of carbon fiber from CFRP waste followed by compounding with super-engineering plastics and secondary molding development.
Problem solved
Creates a route from CFRP waste to usable compound and molded products, targeting lower virgin-fiber demand and applications where metal or virgin-fiber composite cost constrains adoption.
Application contexts
- Automotive components
- Semiconductor equipment fixtures
- Robot arms
- Engineering-plastic compounds
Technical principle
The company describes a self-developed precision pyrolysis furnace and hot-air circulation process, followed by blending recovered fiber with engineering plastics and secondary processing into compounds, sheets, rods or molded products.
Typical use cases
- Recycled-carbon-fiber PA6 or engineering-plastic compounds
- Secondary molded fixtures and machine parts
- Lightweight metal-substitution components
Partnership route
How global engineering teams typically engage this asset.
Helpful to include: target polymer and fiber loading · required stiffness, wear and temperature limits · part geometry and tooling route · incoming waste stream · pilot and annual volume
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- Source: BUSINESS | 富士加飾の強み
- Original language: JA
- Summary AI-assisted; translation status: Unreviewed