shredder machine for fiber glass material

Glass fiber is an inorganic non-metallic material made of molten glass wire drawing, with excellent characteristics such as light weight, high strength and corrosion resistance. Its main component is silicon dioxide, and it contains additives such as calcium oxide and aluminum oxide. The diameter is usually between 5-25 microns.

This material is widely used in construction, automobile manufacturing, wind turbine blades, electronic equipment and other fields. It is used as a reinforcement material for concrete in construction, used in the automobile industry to manufacture lightweight components, and is the main material for large blades in the wind power field.

The glass fiber shredder machine is mainly composed of a feeding system, a double-axis shredder, a power system, a screen and a discharging system. Its specially designed cutter is made of wear-resistant alloy steel, which can effectively cope with the wear characteristics of glass fiber. The equipment is equipped with an overload protection device and a noise reduction design to ensure safe operation.

When working, the material enters the crushing chamber through the feed port, and the double-axis cutter decomposes the glass fiber products through shearing and tearing. The crushed material is filtered through the screen, and the material that meets the particle size requirements is discharged from the discharge port, and the material that does not meet the standard continues to be crushed. Modern models mostly use PLC control systems to achieve automated operation.

This equipment is of great significance to environmental protection: first, it reduces the volume of glass fiber waste and reduces landfill pressure; second, the crushed materials are easier to recycle and promote resource circulation; third, professional processing avoids the pollution of glass fiber dust to the environment. Mechanical processing replaces traditional landfill methods, greatly reducing land resource occupation and potential pollution risks.