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.

The antimony rotary furnace smelts desulfurized ore powder into crude antimony, supplies heat to the rotary kiln for process linkage, and its flue gas runs through the environmental treatment chain. Crude antimony then extends to refining, antimony ingots, and antimony oxide powder production.