Copper Recovery Industrial Cable Recycling Equipment

In industrial waste treatment, scrap cables consistently account for a high proportion. With copper prices continuing to rise, how to efficiently and with low loss extract copper from cables has become a core variable for the profitability of recycling companies. Traditional manual wire stripping is not only inefficient but also prone to copper wire breakage and impurity contamination, affecting subsequent sales value. Therefore, more stable and automated cable recycling equipment is becoming the industry standard.

The Working Logic of Industrial-Grade Cable Recycling Equipment

This type of equipment achieves complete separation of copper and plastic through three coordinated steps: crushing, separation, and collection. A high-speed crushing system processes coarse cables into fine particles; a gravity separation system uses air classification and vibration principles to separate light plastic and heavy copper particles; finally, the copper particles are concentrated and output, achieving a high-cleanliness, low-impurity finished product. The entire process is closed-loop, requiring no complex manual intervention, reducing losses and avoiding dust pollution.

The core advantages of the equipment are reflected in several aspects. First, it has stable processing capacity, maintaining continuous operation whether for high-frequency operations involving appliance dismantling lines or long-term processing of large-diameter cables. Secondly, it yields high-purity copper, suitable for resmelting, refining, or reuse as a conductive material in production. Thirdly, it boasts strong versatility, handling everything from thin, weak wires to mixed cables and scrap communication lines without the need for frequent tool or module changes.

Key Equipment for Helping Businesses Reduce Costs and Increase Profits

For recycling companies, introducing industrial-grade copper recycling equipment is not only about improving efficiency but also about establishing a sustainable profit model. The equipment reduces the time cost of manual wire stripping and minimizes copper powder loss caused by traditional crushing methods. Higher copper recovery rates mean more marketable metal can be produced per ton of scrap cable; and stable automated operation allows for controllable production rhythms and easier output increases.

Furthermore, the enclosed dust collection structure of this type of equipment creates a cleaner working environment and lower workshop noise, aligning with environmental trends; the modular design simplifies daily maintenance and reduces downtime. For factories looking to expand their recycling scale or improve profitability per ton, it is a very practical and feasible solution.

If you want to build a cable copper recycling line with higher output, more stable efficiency, and better recycling rate, I can recommend a suitable model based on your cable type, output target, and budget to help you reduce costs and increase copper recycling profits.