In the traditional can recycling process, paint stripping and carbonization are key links. However, traditional methods have problems such as high energy consumption and low efficiency during the paint removal and carbonization process, resulting in low aluminum recovery rates. Aluminum carbide in cans can effectively solve these problems.

First of all, the can paint removal carbonization furnace achieves an efficient paint removal process by optimizing the furnace structure and combustion system. The high-temperature environment and special atmosphere in the furnace can quickly peel off the paint layer on the surface of the can and burn organic substances at the same time, reducing the emission of harmful gases. This efficient paint stripping method not only improves recycling efficiency, but also reduces environmental pollution.

Secondly, the can paint removal carbonization furnace uses advanced heat energy recovery technology during the carbonization process. The exhaust gas in the furnace recovers waste heat through the heat exchanger and is used to heat the fresh air entering the furnace, realizing energy recycling. This method of heat energy recovery not only reduces energy consumption, but also improves overall energy efficiency.

In addition, the application of can paint removal and carbonization furnace can also improve the purity of recycled aluminum and provide high-quality raw materials for remanufacturing and reuse.

For more information about the can carbonization furnace, please contact us!