High Efficiency Continuous Aluminum Can Decoating Carbonization Machine

Our high-performance aluminum can paint carbonization furnace boasts strong processing capacity, handling 2-5 tons of aluminum cans per hour. The exact output may vary slightly depending on the model and initial state of the cans (e.g., whether compacted, impurity content, etc.). For regularly shaped, well-pretreated cans, it can operate efficiently, approaching the upper limit of 5 tons/hour; for messy cans with more impurities, it still stably maintains over 2 tons/hour.

Operation is user-friendly, as the furnace is equipped with an advanced PLC control system with a simple, intuitive interface. However, to maximize performance, ensure safety, and achieve efficiency, we strongly recommend operators receive our professional training. The training covers equipment principles, operation procedures, daily maintenance, and troubleshooting, helping your team master the machine quickly and reduce operational risks.

Absolutely! Designed to remove various complex coatings, it efficiently handles common paints (acrylic, epoxy resin) and plastic coatings (PVC, PE, etc.) through precisely controlled high-temperature carbonization. By adjusting the temperature flexibly within 500-800 and unique furnace atmosphere control, it achieves a paint/plastic removal rate of over 98%, meeting diverse processing needs.

Compared to traditional paint stripping methods, our furnace reduces energy consumption by over 40% per ton processed, thanks to efficient pyrolysis technology and excellent insulation design that minimizes heat loss. Operating costs mainly include energy and regular replacement of consumables like activated carbon in the exhaust treatment system, keeping overall costs low and helping you control production expenses effectively.

The MOQ is 1 unit, suitable for both small recycling businesses and large factories expanding capacity. For standard models, the lead time is approximately 30 days after order confirmation and advance payment. For customizations (e.g., size adjustment for factory layout, heating method modification), lead time may extend to 45-60 days, which will be confirmed with you during order negotiation.