Recycling and utilization of fiberglass products


Common Glass Fiber Products

Fiberglass yarn: as the basic material for making various fiberglass products, it is widely used in the fields of textile, construction and chemical industry.
Fiberglass cloth: high strength, corrosion resistant, commonly used in making parts that require higher strength, such as ships, aircraft, automobiles and construction.
FRP (Glass Fiber Reinforced Plastic): lightweight, high-strength, corrosion-resistant, widely used in construction, chemical industry, ships and other fields, such as storage tanks, pipelines, equipment shells.
Glass Fiber Reinforced Plastic (GFRP): used for manufacturing parts in automobile, electronics, construction and other industries, such as automobile parts, shells and brackets of electronic products.
Fiberglass Partition: with good sound insulation and fireproof performance, it is commonly used in buildings, highways, tunnels and other places where sound insulation and fireproof are required.

The value of recycling

Resource saving: Through recycling, it reduces the need to extract new resources and promotes the recycling of resources.
Environmental protection: Reduces the environmental pollution caused by used fiberglass products, and reduces carbon emissions in the production process.
Economic benefits: Recycling reduces production costs and creates new economic value, promoting the sustainable development of the industry.

Fiberglass Recycling Machine

Recycling Process

Collection and pre-treatment: Collect waste fiberglass products from various sources, carry out preliminary classification and cleaning, and remove large impurities.
Crushing and Grinding: Use crusher and grinding equipment to crush and refine the waste glass fiber products to a particle size suitable for subsequent processing.
Separation and purification: through screening, magnetic selection, wind selection and other physical methods, combined with possible chemical treatment, the glass fiber and other impurities are effectively separated to improve purity.
Cleaning and drying: special cleaning process is used to remove the surface dirt of the fiber, followed by drying treatment to ensure that the moisture content of the fiber meets the reuse standards.
Preparation for reuse: According to the characteristics of the recycled glass fiber and market demand, carry out the necessary blending or modification treatment to prepare for reuse.
Remanufacturing: The treated glass fibers are used as raw materials and reused for the production of glass fiber products or composite materials to achieve resource recycling.

Advantages of mechanical recycling

Efficient refinement: quickly grind waste glass fiber into fine powder for subsequent processing and reuse.
Enhance the purity: effectively remove impurities and improve the purity of recycled glass fiber.
Energy saving and consumption reduction: adopting advanced energy saving technology to reduce energy consumption and production cost.
Environmentally sustainable: reduce dust emissions and realize resource recycling.
Flexible and adaptable: Adapt to different recycling needs and raw material characteristics, improve production flexibility.

Related Machines

Fiberglass Shredder, Fiberglass Shredding Machine, Fiberglass Scrap Shredder, FRP Shredder

Fiberglass recycling