The structural design of a tilting rectangular aluminum melting furnace covers four aspects: a steel-plate body and base reinforced with channel and angle steel, a tilting launder-type tapping spout, furnace doors lined with insulation board and high-temperature castable, and flexible charging by external charging car or manual feeding.

The structural design of a tilting rectangular aluminum melting furnace covers four aspects: a steel-plate body and base reinforced with channel and angle steel, a tilting launder-type tapping spout, furnace doors lined with insulation board and high-temperature castable, and flexible charging by external charging car or manual feeding.

The melting chamber of a tilting central melting and holding furnace uses a special non-stick aluminum high-strength castable formed monolithically. This reduces lining joints and weak points, improves crack resistance and non-stick performance, maintains structural integrity under frequent tilting, and lowers aluminum leakage and cracking risks.

The integrated melting and holding furnace combines both functions into a single unit. Featuring a monolithic cast melting chamber and an intelligent PLC-based proportional combustion control system, it serves as an ideal, highly efficient, and eco-friendly solution for aluminum melting.

Selection Logic and Supporting Requirements for Core Equipment in Electrolysis Workshops

Understand the purpose of high-temperature reduction smelting of antimony ore powder in a rotary furnace.