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High Efficiency Eco-Friendly Copper Wire Recycling Plant with Automatic Sorting
Product Details:
| Place of Origin: | China |
| Brand Name: | TONTEN |
| Model Number: | TT-TXH10 |
Payment & Shipping Terms:
| Minimum Order Quantity: | 1SET |
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| Price: | Negotiable |
| Packaging Details: | Container |
| Delivery Time: | 10-15 work days |
| Payment Terms: | T/T |
| Supply Ability: | 20 units/month |
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Detail Information |
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| Sorting Purity: | ≥99% | Sorting Voltage: | 20-80000V |
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| Machinery Test Report: | Provided | Control Method: | Button Automatic Control |
| Operation Mode: | Automatic Control | Applicable: | Waste Copper Wires, Circuit Boards |
| Environmental: | Equipped With Dust Removal | Model: | Scrap Cable Granulator Recycling |
Product Description
High Efficiency Eco-Friendly Copper Wire Recycling Plant with Automatic Sorting
Product Introduction
As a forefront device in the recycling of waste wires, the copper rice machine adeptly handles various waste wires such as patch cords, cables, and motorcycle wires, with the aim of retrieving precious copper. Equipped with smart automated systems, this equipment has evolved into an indispensable component in the recycling industry.
Product Advantages
The Copper Wire Recycling System boasts remarkable separation capabilities, skillfully segregating copper and plastic from a vast array of copper wire remnants (including bare copper conductors, enameled wires, automotive wiring harnesses, etc.) to enable precise material recovery. It handles diverse copper wire waste streams, catering to varied recycling scenarios with versatility. Engineered with an energy-efficient design, it cuts down on power consumption while sustaining high throughput efficiency. The process runs emission-free, integrates noise-reduction mechanisms, and employs a dry physical separation method—eliminating water usage and warding off environmental contamination risks.
The Copper Wire Recycling System boasts remarkable separation capabilities, skillfully segregating copper and plastic from a vast array of copper wire remnants (including bare copper conductors, enameled wires, automotive wiring harnesses, etc.) to enable precise material recovery. It handles diverse copper wire waste streams, catering to varied recycling scenarios with versatility. Engineered with an energy-efficient design, it cuts down on power consumption while sustaining high throughput efficiency. The process runs emission-free, integrates noise-reduction mechanisms, and employs a dry physical separation method—eliminating water usage and warding off environmental contamination risks.
Material Separation
Harnessing advanced separation technologies, it ensures thorough dissociation of copper and plastic, yielding high-purity recycled materials and optimizing resource recuperation efficiency.
Harnessing advanced separation technologies, it ensures thorough dissociation of copper and plastic, yielding high-purity recycled materials and optimizing resource recuperation efficiency.
Multi-Faceted Scrap Compatibility
Engineered to handle diverse copper wire remnants—including bare copper conductors, enameled wires, automotive wiring harnesses, etc.—it accommodates inter-industry recycling demands with unparalleled adaptability.
Engineered to handle diverse copper wire remnants—including bare copper conductors, enameled wires, automotive wiring harnesses, etc.—it accommodates inter-industry recycling demands with unparalleled adaptability.
Sustainability-Driven Engineering
Engineered with energy frugality, it operates with minimized energy consumption, zero emissions, and reduced noise levels. The dry-separation methodology dispenses with water usage, ensuring strict adherence to environmental sustainability criteria.
Engineered with energy frugality, it operates with minimized energy consumption, zero emissions, and reduced noise levels. The dry-separation methodology dispenses with water usage, ensuring strict adherence to environmental sustainability criteria.
Working Principle
The copper rice machine is a self-automating processing system that initiates real-time operational oversight upon startup to ensure stable performance. Engineered for single-pass material feeding, the equipment integrates material feeding units, granulation crushers, chain-conveyed conveyors, pneumatic separation systems, vibratory screening decks, and dust-collection modules. Waste copper wires are fed onto the conveyor belt, where they are reduced to granular fragments before being sorted via a pneumatic density-separation mechanism, yielding high-purity copper pellets (known as "copper rice") and recycled plastic chips.
Parameter List
| Model | TR - 100 (Small - scale) | TR - 300 (Medium - scale) | TR - 500 (Large - scale) |
| Total Power | 30kw | 45kw | 60kw |
| Power Source (Voltage) | 220V/3A/380V | 220V/3A/380V | 220V/3A/380V |
| Product Dimensions (Length ×Width × Height) | 3720X2000X2200 | 4500X2500X2800 | 5200X3000X3200 |
| Rotating Motor | 1.1kw/roller (4 rollers in total) | 1.1kw/roller (6 rollers in total) | 1.1kw/roller (8 rollers in total) |
| Machine Type (Separation Method) | Electrostatic separation | Electrostatic separation | Electrostatic separation |
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