Performance Features

• High-strength and lightweight advantages
  Long fibers (5–25 mm) are uniformly dispersed within the matrix (polyurethane/epoxy resin), enhancing the product’s impact resistance and flexural strength by 30%–50%, making it suitable for applications involving dynamic loads.
  Fiber content is adjustable (20%–60%), with low density (1.2–1.8 g/cm³), enabling structural weight reduction—more than 40% lighter than comparable metal components.
• High-Efficiency Forming and Process Compatibility
  Integrated compounding–injection molding technology delivers fast production cycles (single‑part cycle times of 3–10 minutes), supports complex three‑dimensional geometries—such as automotive interior components with reinforcing ribs—and is compatible with a wide range of resin systems (e.g., polyurethane, nylon) and fiber types (glass fiber, carbon fiber, natural fibers), meeting diverse application requirements.
• Energy conservation, environmental protection, and low waste rates
  Closed-mold molding reduces raw-material volatilization (VOC emissions are cut by more than 50%), with a scrap rate of less than 5%—one-third that of open-mold processes.
  The dynamic mixing head ensures precise ratio control (A/B component error < 1%), minimizing material waste.
• Automation and Intelligent Control
  Integrated robotic arm for automated fiber mat and preform placement, supporting continuous production;
  The PLC system provides real-time monitoring of injection pressure, temperature, and fiber distribution, ensuring process stability.

Process flow

Fiber cutting → Mixing → Molding → Mold closing → Curing → Mold opening and part removal

Auxiliary equipment

• Fiber cutting machine
• Mixer
• Note/Injector

Optional Add-ons

• Exhaust Gas Collection System
• Four-corner leveling system
• Space Management System
• Comprehensive Process System for Composite Materials
• Mold-changing cart