Small Appliance Recycling and Processing Plant

Unlike large household appliances, small domestic appliances are often complex composites comprising various tightly integrated materials. Traditional crushing equipment frequently struggles to achieve the complete separation of these diverse components. Through a multi-stage mechanical crushing and sorting process, SUNYGROUP’s small appliance recycling equipment has successfully resolved this challenge.

Core Processes and Highlights for Small Appliance Recycling Equipment

Primary Heavy-Duty Shredding: A low-speed, high-torque dual-shaft shredder shears the entire appliance unit into uniform, elongated strips.

Secondary Hammer Crushing: The shredded material enters a high-speed hammer mill for further processing, effectively detaching the plastic components from the metals.

Magnetic Separation: A high-intensity belt-type magnetic separator attracts and separates all ferrous metals (iron and steel), achieving a separation efficiency of up to 98%.

Eddy Current Separation: Utilizing the principle of eddy currents, non-ferrous metals—such as aluminum and copper—are propelled into a separate collection bin, leaving behind only non-metallic waste materials like plastics and rubber.

Stainless Steel Induction Sorting (Optional): Given that many high-end small appliances contain stainless steel components, we offer optional sorting equipment based on induction sensing technology to recover these high-value alloy materials.

Airflow and Gravity Separation: The remaining plastic waste undergoes further refinement to remove lightweight dust and foam, ultimately yielding clean, marketable plastic flakes.

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