1 t/h Fiberglass Recycling Line

This 1 t/h Fiberglass Recycling Line is specifically designed for recycling waste fiberglass, fiberglass scraps, and decommissioned wind turbine blades. The core components consist of a fiberglass shredder, a fiberglass crusher, and auxiliary equipment. It employs a closed-loop process of "coarse shredding → fine crushing → screening → dust removal," achieving a stable capacity of 1 t/h. The output particle size is adjustable from 5–20 mm, and the fiber recovery rate is ≥95%, balancing efficiency, environmental friendliness, and fiber quality.

The core equipment includes a dual-shaft shredder (coarse crushing) and a crusher (fine crushing): The dual-shaft shredder uses alloy steel blades for shearing and tearing operations, coarsely crushing materials ≤500mm to 50–150mm. Its anti-jamming design is suitable for various fiberglass wastes. The crusher is equipped with H13 wear-resistant blades, precisely crushing materials to the required particle size, minimizing fiber damage and ensuring recycling value.

The complete production line is equipped with two sealed belt conveyors, a vibrating screen, a pulse dust collector, and a PLC electrical control system. The conveyors ensure seamless connection between equipment, preventing dust and fiber scattering; the vibrating screen uses two layers of screens to separate qualified materials from return materials, ensuring uniform output; the pulse dust collector efficiently collects fiberglass dust, meeting environmental impact assessment standards.

The production line has a total power of approximately 40kW and occupies only 6m×3m×2.5m, making it compact and suitable for factories, waste recycling sites, and other similar environments. The equipment uses PLC linkage control, with one-button start/stop and overload protection, making operation simple. The blades are wear-resistant and durable, resulting in low maintenance costs. It can be widely used for the recycling and reuse of scrap materials from fiberglass production plants, decommissioned components from the wind power industry, and FRP waste from composite material plants, achieving a win-win situation for resource recycling and environmental protection.