Carbon Fiber Grinding Machine

Core Technical Advantages

It effectively solves the three major industry pain points of "fast tool wear, high fiber damage, and heavy dust pollution" in carbon fiber processing.

• Liquid-Cooled Grinding, Preserve Carbon Fiber Aspect Ratio: Cone-spiral low-speed, pressure-free kneading with liquid cooling precisely controls chamber temperature. Purpose-built for carbon fiber to prevent fiber breakage from high-speed shearing and sizing degradation from heat — maximizing retention of fiber length-to-diameter ratio, electrical conductivity and thermal performance.
• Special Alloy Wear-Resistant Structure for Carbon Fiber Hardness: Carbon fiber approaches diamond in hardness, rapidly wearing out conventional crusher blades. DAKY's blade-free cone-spiral design with reinforced specialty alloy on key components eliminates consumable blades entirely, dramatically extending service life while reducing maintenance frequency and cost.
• Adjustable Below 400 Mesh — One Particle Size, One Market: Flexibly adjustable output: coarse powder (50-100 mesh) for reinforcement fillers, medium (100-200 mesh) for friction materials and seals, fine (200-400 mesh) for conductive coatings and EMI shielding. Serving the full spectrum from construction materials to high-end electronics.
• Fully Enclosed Conductive Dust Collection for Safety: Carbon fiber dust is electrically conductive and can cause short circuits if dispersed near electrical equipment. Fully enclosed grinding chamber with professional dust collection system effectively contains conductive dust, protecting workshop electrical safety and worker health — meeting the strictest environmental standards for modern composite manufacturing plants.
• Turning Waste into Value — Carbon Fiber Closed-Loop Recycling: Efficiently converts carbon fiber offcuts and prepreg scrap from aerospace, automotive and wind energy manufacturing into high-value recycled feedstock for conductive plastics and EMI shielding. Replaces incineration and landfill with a true "Production → Waste → Regeneration → High-End Application" circular economy model.