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Solar PV Panel Recycling Plant
The Solar PV Panel Recycling Plant effectively extracts reusable materials such as silicon, aluminum, copper and glass through the processes of disassembly, crushing and separation, which not only reduces the pollution of harmful substances to the environment, but also realizes the recycling of resources.
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Lithium-ion Battery Recycling Plant
Our Lithium-ion Battery Recycling Plant efficiently separates electrode materials, current collectors, and casings from used batteries through pre-discharge, mechanical crushing, and multi-stage physical sorting. This process enables the effective recovery of valuable metals, including aluminum, copper, iron, and nickel.
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E Waste Recycling Plant
This integrated electronic waste recycling plant effectively recovers precious metals like gold, silver, copper, and aluminum, as well as recyclable materials such as resin powder from electronic waste. The process involves advanced pretreatment, multi-stage crushing, precise sorting, and the safe handling of hazardous substances.
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Cable Wire Recycling Plant
The Cable Wire Recycling Plant efficiently recovers non-ferrous metals like copper and aluminum, along with plastic insulation, from waste cables and wires using advanced mechanical crushing, multi-stage sorting, and fine separation technology.
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Waste Refrigerator Recycling Plant
The waste refrigerator recycling plant combines safe refrigerant recovery, efficient mechanical disassembly, and precise material sorting technologies. This system effectively handles harmful substances like Freon to prevent environmental damage, while efficiently recovering valuable resources such as steel, copper, aluminum, and plastics.
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UBC Cans Paint Removing Plant
The UBC Cans Paint Removing Plant utilizes advanced pyrolysis or mechanical stripping technology to quickly and thoroughly remove paint and impurities from used aluminum beverage cans, significantly enhancing the purity and value of recycled aluminum.
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Tetra Pak Recycling Plant
The Tetra Pak Recycling Plant employs advanced physical separation technology to efficiently separate and recycle the pulp, aluminum foil, and plastic layers in Tetra Pak containers. The production line integrates crushing, hydraulic pulping, screening, pressing, and drying processes to ensure high purity and maximize the reuse value of the recycled materials.
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Aluminum Plastic Separating Recycling Plant
The Aluminum Plastic Separation Recycling Plant is a specialized system designed to efficiently separate and recycle aluminum and plastic composite materials, commonly found in beverage cans, packaging, and medical blister packs. The plant uses advanced mechanical separation technologies, including air classification, vibrating screens, and electrostatic separation, to effectively isolate aluminum from plastic.
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Scrap Motor Stator Recycling Plant
Scrap Motor Stator Recycling Plant is a specialized facility designed to efficiently recover valuable metals, mainly copper and steel, from discarded motor stators. Using advanced technologies such as shredders, cutters, and hydraulic presses, the plant dismantles the stators and separates the copper windings from the iron core. Electromagnetic separators and other sorting mechanisms are employed to ensure high purity in the recovered materials.
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Wind Turbine Blade Recycling Machine
Our Wind Turbine Blade Recycling Machine is designed for the safe and efficient processing of decommissioned wind turbine blades. By combining cutting, shredding, and separation technologies, the system breaks down composite materials into manageable fractions, enabling the recovery of valuable components such as glass fibers and resins.
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Waste Tire Recycling Machine
Our Waste Tire Recycling Machine is designed for the efficient processing of end-of-life tires, turning them into valuable raw materials like rubber crumb, steel wire, and textile fibers. The system utilizes a multi-stage process, including shredding, granulation, and advanced separation technologies, to break down tires and separate the rubber from the steel and textiles.
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Lead-Acid Battery Recycling Plant
The Lead-Acid Battery Recycling Plant uses advanced crushing, separation, and smelting technologies to recover valuable materials such as lead, plastics, and sulfuric acid. The purified lead is reused in new batteries or other industries, while sulfuric acid is neutralized for safe disposal or converted into usable products.
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Copper and Aluminum Radiator Recycling Plant
The Copper and Aluminum Radiator Recycling Plant is a specialized system designed to efficiently separate and recover valuable metals, such as copper and aluminum, from discarded radiators found in vehicles and industrial equipment. The plant employs advanced techniques, including shredding, magnetic separation, and air classification, to break down the radiators and separate the metals for recycling.
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Plastic Sorting and Recycling Plant
Our Plastic Sorting and Recycling Plant is an advanced system designed to efficiently process mixed plastic waste. Using cutting-edge technologies such as optical sorting, near-infrared (NIR) identification, and density separation, the plant categorizes and separates different plastic resin types (e.g., PET, HDPE, PP). After sorting, the plastics undergo shredding, washing, and granulation processes, resulting in high-quality recycled plastic flakes or pellets, ready for reuse in manufacturing.
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HONEST - Experts in Waste Recycling Solutions
4,0000
m²
Equipment R&D Factory
2500+
Cases
Customers Worldwide
100+
Country
More Than 20 Years Of Export Experience
