The Copper Wire Granulator plays a crucial role in both environmental conservation and economic aspects as an efficient tool for handling discarded electrical wires. It is not just a mere equipment but a proponent of resource recycling and sustainable development.

Firstly, let's explore its environmental impact. With the continuous advancement of electronic and electrical devices, the issue of discarded wires has become increasingly pronounced. Leveraging its high efficiency and precision in processing, the Copper Wire Granulator transforms discarded wires into high-quality copper granules, significantly reducing reliance on natural resources. This method substantially diminishes the need for new resources, reducing the adverse effects of mineral extraction on the environment and mitigating pollution caused by discarded wires, contributing significantly to environmental preservation.

Secondly, the economic benefits brought by the Copper Wire Granulator are noteworthy. According to the latest analysis, this technology handles 200 kilograms of discarded wires per hour, operating for eight hours a day, with a total production cost of $1,895. This includes material input costs of $1,813, electricity expenses of $42, worker salaries of $30, and maintenance costs of $10.

However, the daily revenue generated by this technology is substantial: $2,583 from copper granules and $80 from plastics, totaling $2,663. This results in a daily net profit of $768.

In summary, the Copper Wire Granulator is more than just a wire-handling device; it embodies a symbiotic relationship between environmental conservation and economic gains. Its application not only provides an efficient solution for environmental protection but also creates stable and substantial economic profits for businesses. This integration of environmental conservation and economic benefits is pivotal for future sustainable development.

(Note: The above content provides an expanded description of the Copper Wire Granulator's role in environmental and economic aspects. For more detailed information, please contact us.)