FRP Scrap Recycling Grinding Machine
FRP Scrap Recycling Grinding Machine
Low-speed, water-cooled mill for FRP offcuts, roving ends & mat trimmings, output ~150 Mesh (~100μm), dust-control ready.
- Processes 10+ types of dry waste: Offcuts, roving ends, mat trimmings, etc.
- Fiber-protective grinding: Bladeless kneading-compression minimizes fiber breakage
- Optional cooling system: Controls temperature, reduces resin softening risk
- Robust structure: Cast body + wear-resistant alloy parts for abrasive glass fiber
- Dust-free operation: Fully enclosed with interface for dust extraction
Product Overview
The DAKY FRP Scrap Recycling Grinding Machine is engineered specifically for the mechanical recycling of glass fiber reinforced plastic waste—from small trimmings to large structural components such as wind turbine blades and chemical tanks. By combining low-speed, low-stress grinding with intelligent thermal management, the system helps preserve fiber integrity while producing reusable short fibers or fine powder (e.g., around 150 mesh / ~100 μm), suitable for applications like SMC/BMC formulations. This solution supports modern recycling facilities in achieving cleaner, more efficient, and continuous processing.
Core Advantages
Solves industry pain points: fast tool wear, high fiber damage, and heavy dust pollution.
- Directly processes large/complex scrap: No extensive pre-shredding needed for many types. Optional pre-shredders available for oversized items.
- Protects fiber strength, adjustable output: Low-speed mechanism minimizes breakage. Output adjustable to short fibers or ~150 mesh powder.
- Effective thermal control: Optional cooling system manages heat, reducing resin degradation risk.
- Durable & low maintenance: High-hardness alloy parts designed for abrasive glass fibers. Cast structure ensures long life.
- Continuous production ready: Designed for uninterrupted feeding/discharge, easily integrated with automation.
- Eco-friendly & dust-free: Fully enclosed chamber with dust extraction interface for clean workshop environment.
Applicable Materials & Areas
Applicable Materials
- FRP Offcuts
- Roving Ends
- Mat Trimmings
- Chopped Strand Rejects
- Cured Prepreg Cut-offs
- Hand Lay-up Scraps
- Wind Turbine Blade Segments
- Chemical Tank Fragments
Application Areas
- SMC/BMC Formulations: Partial replacement for mineral fillers
- Construction Materials: Lightweight concrete, manhole covers, permeable bricks
- Thermoplastic Composites: Enhancing rigidity in extruded/molded parts
- Coatings & Adhesives: Improving film hardness and adhesion
| Model | ZFS-250 | ZFS-450 | ZFS-600 |
|---|---|---|---|
| Voltage/Freq | 380V/50Hz | 380V/50Hz | 380V/50Hz |
| Power (kw) | 15 | 75/90 | 110 |
| Capacity | 20 - 40kg/h | 300 - 500kg/h | 600 - 1000kg/h |
| Dimensions (mm) | 2000x820x1680 | 2920X1730X1900 | 3491X1980X2094 |
| Weight | 1T | 5T | 8T |
| Typical Output Fineness | Short fiber ~150 mesh | Short fiber ~150 mesh | Short fiber ~150 mesh |
| Cooling Method | Liquid/Water Optional | Liquid/Water Optional | Liquid/Water Optional |
| Feedstock Type | Roving/Mat/Hand Lay-up | Roving/Mat/Hand Lay-up | Wind Blade / Tank Fragments |
Configuration Notes
- Voltage: 3-phase 380V/400V/415V/440V, 50Hz/60Hz (Customizable)
- Core Power: Top domestic brands, or specified brands.
- Safety: Soft start standard; optional Reversal Device.
Frequently Asked Questions
These questions help you understand the reference value and practical limits of the case study pages more accurately.
It can process wind blade sections, chemical tank fragments, boat hull offcuts and other FRP structural waste. Large-size materials are usually better handled with upstream shredding or crushing stages.
FRP materials are both strong and tough. Compared with high-speed cutting, low-stress milling helps improve process stability, reduce wear pressure and control recycled powder quality.
Yes. It can be integrated with cyclone or bag-type dust collection systems to better support FRP powder handling and environmental control.
Both are possible. For larger materials and continuous processing targets, it is usually more effective to use it as part of a one-stop engineered line with crushing, milling and screening stages.
Manufacturing Quality & Service Support
5.1 Lean Manufacturing: Built for Durability
Full Process Traceability
Core components are assigned unique IDs, traceable to original material batches, ensuring consistent quality from the source.
Precision Machining
Key parts are manufactured on CNC machining centers with laser welding, ensuring high precision and long-term durability.
Built by Senior Engineers
Core production processes are led by technicians with 15+ years of experience, strictly adhering to engineering standards.
5.2 Full Lifecycle Service
Need Technical Support?
Our engineering team is ready to assist you with any questions about installation, commissioning, and maintenance.
Contact Support