Solid Waste Recycling Crusher Blade

1.Recycling and treatment of waste tires: The blade decomposes the tires into 8-40 mesh rubber powder through multi-stage crushing and steel wire separation processes, which is used for the production of recycled rubber, modified asphalt aggregates, or the laying of sports field buffer layers. Hard alloy welding blades can cut through the steel wire curtain layer, and with the help of magnetic separation devices, achieve over 90% metal recovery. The separated steel wire can be directly used for arc furnace smelting.

2.Cutting of mixed solid waste materials: For rubber plastic metal composite waste, segmented blade blades are used: the front thin blade cuts into the rubber layer, and the rear thick blade cuts through the metal/plastic, achieving efficient separation of multiple components. The micro serrated texture cutting edge reduces the cutting resistance of viscous materials and improves the separation efficiency between rubber and metal.

3.Fine crushing of plastic waste: All steel blades (HRC52-55) are used to process engineering plastics such as ABS and PE, meeting the requirements of impact resistance and wear resistance. The crushed particles can be used for the production of recycled products such as rubber flooring and sound insulation materials.

4.Tire crushing production line: Modular units capable of processing 2-20 tons per hour, equipped with pulse dust removal system, with dust emission concentration below 20mg/m ³, in compliance with EU environmental standards.

5.Resource utilization of mixed waste: dynamically adjust the blade feed angle and speed to meet the continuous processing needs of rubber metal composite materials and improve resource recovery rate.

6.Production of environmentally friendly building materials: Crushed rubber particles are used as asphalt modifiers or building fillers to enhance material flexibility and sound insulation performance.

Summary: The shape design of solid waste recycling and crushing blades directly affects the crushing efficiency and material adaptability - straight blades are suitable for fast cutting of soft materials, curved blades and serrated blades are suitable for high-strength or fibrous waste, and multi blade combinations are suitable for the grading treatment of complex mixed solid waste.

1.Modular and detachable design: adopting a quick replacement structure with a base, top seat, and screw matching, only replacing the worn blade body instead of the overall blade, significantly reducing maintenance costs and shortening downtime.

2.Segmented blade and micro serrated texture: The thin blade at the front of the segmented blade quickly cuts into the material, and the thick blade at the back enhances the cutting strength, suitable for efficient separation of mixed solid waste (such as rubber+metal). Add micro serrated texture to the edge of the blade to reduce the cutting resistance of adhesive materials such as rubber through tearing effect.

3.Multi layer blade collaborative layout: Multiple layers of blades are arranged in a staggered manner inside the crusher, and the crushing efficiency is improved through the combined effects of impact, shearing, and grinding, especially suitable for large tires or plastic waste.

Summary: The selection of blades for solid waste recycling crushers should be based on the type of waste, mixing complexity, and operational intensity. Material optimization (high carbon steel/hard alloy) and structural innovation (modular/segmented cutting edge) should be used to improve processing efficiency while reducing maintenance costs.