Side Well Type Aluminium Scrap Melting Furnace for Aluminum chips

This furnace adopts a rectangular double chamber structure, separating the heating chamber from the feeding chamber. This innovative layout achieves efficient heat conduction through indirect heating of aluminum liquid, while also facilitating the establishment of independent feeding areas. The addition of mechanical stirring system further enhances the heat exchange between cold and hot aluminum materials, achieving flame free melting, significantly improving metal recovery rate, and ensuring a cleaner and safer operating environment.

Its core highlight lies in the mechanized feeding system, which significantly reduces the intensity of manual labor; The optimized furnace structure eliminates dead corners for slag cleaning and maintains a clean working environment; The unique mother liquor retention process can sustainably maintain the liquid level of the melt pool, increasing the melting efficiency by more than 20% and reducing the burn loss rate to below 1.5%. These features collectively achieve a dual improvement in production efficiency and resource utilization.

The optional regenerative combustion system can increase thermal efficiency to over 75%, control exhaust gas temperature below 250 ℃, and reduce nitrogen oxide emissions by 40%, perfectly meeting the strict requirements for sustainable development in the current industrial field.

Compared to traditional reverberatory furnaces, this equipment has multiple technical advantages: indirect melting technology reduces direct contact between aluminum materials and flames, and reduces oxidation and burning losses by 30%; The dynamic stirring device ensures uniform temperature distribution of the aluminum liquid (with a temperature difference of only ± 5 ℃) and increases the melting rate by 25%; Modular configuration supports the installation of thermal storage burners in the later stage, providing factories with a low-cost energy efficiency upgrade path.

The dual chamber side well furnace represents a significant leap in aluminum melting technology, achieving a perfect balance of efficiency, low carbon, and cost-effectiveness through innovative design. Faced with the dual challenges of energy consumption and environmental protection, this technology is becoming an ideal alternative to traditional processes. Adopting this technology not only enables enterprises to stand out in market competition, but also drives the industry towards the future of green manufacturing.