Highlights

Cathode copper/Scrap copper → melting furnace → transition chamber → holding furnace → casting machine (crystal molding) → casting rod → take-up device → on sale or further producing

Put the cathode copper into the melting furnace of QL1 compounded furnace straightly. It will be melted into liquid by a frequency inductor. Then the liquid of copper smoothly pass through the transition chamber and will flood into the holding furnace automatically , and then it will be deoxidized by the charcoal covered. The liquid of copper will become a casting rod quickly by the crystallizer of the casting machine in the holding furnace. Then it will be hauled by the double-withdrawal roller of the casting machine. When the casting rod is hauled off, it will be led to take-up device.

Specification

No. Annual output (Ton) Casting strands Rod dia. (mm) Servo drive Qty. Installed capacity (KVA) Power consumption (KWH/Ton)
1 2000 4 8~20 1 330 ≤ 350
2 3000 6 8~20 2 330 ≤ 350
12.5~30 2
3 5000 10 8~20 2 470 ≤ 320
4 6000 10 12.5~30 2 480 ≤ 320
12 8~20 2 ≤ 330
5 10000 16 12.5~30 2 950 ≤ 300
20 8~20 2
6 12000 20 12.5~30 2 1150 ≤ 300
24 8~20 4
7 15000 24 12.5~30 4 1150 ≤ 300
28 8~20 4

Parameter Value
Cast rod gravity 8.93 g/cm³
Rod tensile strength ≥ 170 N/mm²
Rod elongation ≥ 35%
Conductivity 100-102% IACS
Oxygen content < 10 ppm

Parameter Value
Cast rod gravity 8.93 g/cm³
Rod tensile strength ≥ 170 N/mm²
Rod elongation ≥ 35%
Conductivity 100-102% IACS
Oxygen content < 10 ppm

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