The aluminum alloy solution furnace is composed of furnace shell, furnace lining, heating system, circulating fan, deflector plate, basket lifting mechanism, furnace door and mobile pressing mechanism, mobile quenching water tank, temperature, motion control system, etc., according to Different heating methods can be divided into electric heating and gas heating.
They are mainly used for heating and rapid quenching of aluminum alloy parts in small and medium batches. They are widely used in aluminum alloy wheels and engine parts in the automobile and motorcycle industries. Solid solution treatment of automotive superchargers, aviation, aerospace, aluminum alloy rods, tubes, die castings, aluminum castings and various aluminum alloy standard parts, and other aluminum alloy parts.
1). After the workpiece is heated to 480~580℃ in the furnace, it is quickly immersed in water for cooling. It has the advantages of uniform furnace temperature, fast heating, short water entry time, and low energy consumption. The water drop time of the workpiece is ≤13 seconds.
2). The workpiece basket uses a winch to drive the anchor chain to lift vertically.
3). The furnace door structure is horizontally moved to open the furnace door, and the special slide automatically compresses and seals.
4). Intelligent instrument temperature control, with high control accuracy and power saving function.
5). It is equipped with an over-temperature protection device. When the temperature exceeds the limit, it can cut off the heating power supply and issue a sound and light alarm.
Manually send the material frame filled with workpieces to the designated position electrically → open the furnace door, lower the hook → hang the hook, the material frame rises into the heating furnace body, and the furnace door is closed → heat up under hot air circulation according to product process requirements, and the insulation ends → open the furnace door, and the material frame drops into the water tank for rapid cooling → after cooling, the material frame rises → the material frame is unhooked from the anchor chain hook and hung on the feeding trolley → the feeding trolley is electrically withdrawn, and then transferred by the workshop crane, and another material frame is replaced, and production is repeated in this way.
The opening and closing of the furnace door and the lifting and lowering of the hook can be operated by the wireless remote control or the buttons on the control cabinet panel. Each action is controlled by the Omron travel switch to ensure safe operation.
| Model | Chamber Size | Rated Power | Rated Temperature | Load Capacity |
| (L*W*H)mm | ||||
| DM-AASF120 | φ1000×2500 | 120Kw | 650℃ | 2200Kg |
| DM-AASF150 | φ1000×3000 | 150Kw | 650℃ | 2500Kg |
| DM-AASF140 | 1200×1200×1400 | 140Kw | 650℃ | 2200Kg |
| DM-AASF180 | 1500×1500×2000 | 180Kw | 650℃ | 4000Kg |
| DM-AASF280 | 2000×2000×3000 | 280Kw | 650℃ | 6000Kg |
| DM-AASF300 | 2200×2200×3000 | 300Kw | 650℃ | 2000Kg |
| Can Be Customized | ||||
