Key Equipment for Solving the Plastic Waste Problem – Heavy-Duty Waste Crushing System
In the field of plastic waste treatment, the heavy-duty Waste Shredding System, with its specialized design for the characteristics of plastics, has become the core equipment for achieving volume reduction and resource recycling of plastic waste, providing key technological support for solving white pollution and promoting a circular economy for plastics.
This Waste Shredding System is specifically developed for plastic waste treatment and can efficiently handle various types of plastic waste, including waste plastic bottles, plastic bags, plastic pallets, automotive plastic parts, and industrial plastic scraps. Its core working mechanism involves a high-power motor driving a dual-shaft or multi-shaft blade assembly, combined with high-strength shearing blades and an extrusion device, to forcibly crush the plastic waste. Addressing the characteristics of plastic's high toughness and tendency to entangle, the system is equipped with an anti-entanglement blade shaft design and an automatic tensioning device, effectively preventing material jamming and crushing the plastic waste into uniform particles or flakes. The crushed particle size can be adjusted according to subsequent recycling needs, meeting the requirements of different application scenarios such as recycling granulation and fuel preparation.
In terms of technical performance, the heavy-duty plastic Waste Shredding System has significant advantages. The machine body is welded from thickened manganese steel plates, with wear-resistant liners added to key areas, enabling it to withstand the impact and wear of high-intensity crushing operations. The blades are made of high-chromium alloy, treated with low-temperature quenching to achieve a hardness of HRC60 or higher, balancing sharpness and wear resistance. It can efficiently crush difficult-to-process materials such as hard plastics and composite plastics, extending blade life by more than 40% compared to ordinary crushing equipment. Simultaneously, the system is equipped with an intelligent temperature control and overload protection system. When the crushing chamber temperature is too high or encounters uncrushable impurities, it automatically shuts down and triggers an alarm, ensuring safe and stable operation and reducing downtime.
From an application value perspective, this Waste Shredding System provides a comprehensive solution for plastic waste recycling. In municipal solid waste treatment plants, it can crush mixed plastic waste for sorting, improving plastic recycling rates. In plastic recycling companies, it can crush recycled waste plastics into raw materials that meet granulation requirements, reducing recycling costs. In manufacturing plants, it can instantly crush plastic scraps generated during production, enabling on-site recycling and reuse, reducing resource waste. Taking a plastic recycling company as an example, after introducing this system, the efficiency of plastic waste treatment increased by 60%, the purity of recycled raw materials increased to 98%, the amount of plastic waste going to landfills decreased by about 2,000 tons per year, and the cost of raw material procurement decreased by 30%, achieving a dual improvement in environmental and economic benefits.
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