FRP & Fiberglass Shredding

Tailored to the material characteristics of fiberglass reinforced plastic (FRP) and glass fiber, SOYU shredders feature customized configurations, anti-winding and eco-friendly designs, as well as high-efficiency shredding and sorting capabilities. Ideal for scenarios such as wind turbine blade recycling, chemical waste disposal, and product scrap processing, these machines enable volume reduction, resource recovery, and compliant waste treatment.

FRP SHREDDER VIDEO

Fiberglass Shredding System

The glass fiber shredder is specialized resource pre-processing equipment designed for glass fiber and composite materials, such as waste wind turbine blades, FRP, and glass fiber scrap bales.It effectively tackles the core challenges in fiberglass shredding: dust control, fiber entanglement, excessive tool wear, and uneven particle size. The processed output is compatible with subsequent pyrolysis or granulation processes.

What Makes SOYU FRP Shredders Unique?

SOYU FRP Shredders distinguish themselves through a powerful synthesis of Italian engineering and premium components. At their core is an FRP-specific, wrap-resistant and wear-optimized design, driven by an intelligent adaptive hydraulic system for superior processing.They ensure a cleaner workplace with an enclosed dust-proof design and reduce long-term costs through low-maintenance modular construction.IoT-enabled smart control provides real-time oversight and optimization. This advanced performance is backed by global certifications and our commitment to lifetime support, ensuring a reliable and future-proof investment.

Retired Wind Turbine Blades (Fiberglass Products) Resource Utilization Disposal System

Wind energy, a renewable and clean source, is now predominantly used for power generation and has seen large-scale global adoption. To meet the growing demand for installed capacity, the size, strength, and weight of wind turbine blades—one of the core components—continue to increase.Traditionally, these blades are made from thermosetting resin-based composites reinforced with glass fiber (GF), carbon fiber (CF), or a GF/CF mixture, designed for high strength-to-weight ratios. This composition makes retired blades difficult to process conventionally.Current resource recovery technologies fall into five main categories: disassembly and reuse, cement kiln co-processing, thermal recovery, pyrolysis, and solvent decomposition.SOYU Machinery provides a professional disposal system specifically for retired wind turbine blades, with a maximum capacity of 10 tons per hour. This system offers a practical and cost-effective solution for the batch, non-hazardous disposal of this challenging waste stream.