Model NO.: EN200-6000
Cutter Material: Hard Alloy
Finished Surface: Outer Surface Process
Compressive Strength (For Crushing): >300MPA
Capacity: Accordingly
Inlet Width: Accordingly
Power: 200~6000kw
Trademark: HENGEN
Transport Package: Standard Export Packing
Origin: China
HS Code: 8462319000
Model NO.: EN200-6000
Cutter Material: Hard Alloy
Finished Surface: Outer Surface Process
Compressive Strength (For Crushing): >300MPA
Capacity: Accordingly
Inlet Width: Accordingly
Power: 200~6000kw
Trademark: HENGEN
Transport Package: Standard Export Packing
Origin: China
HS Code: 8462319000
Waste Copper, Aluminum And Iron Scrap Crusher
The scrap steel shredder is using the kinetic energy generated by the high-speed rotation of the rotor hammer to shredder the waste steel to get the pure steel material with a certain size. During the shredding processing, the rust and paint on the surface will be removed and the ferrous and non-ferrous materials will be collected separately by the magnetic system.
Feature:
1. The material is neat in shape and similar in specification;
2. High density;
3. Fewer attachments;
4. High purity for reutilization.
Advantage:
1. High acquirement;Â
2. The chemical composition of molten steel is stable, with low sulfur and phosphorus content;Â
3. Shortened smelting cycle;Â
4. Prolonged using life;Â
5. Air pollution and slag reduction;Â
6. Reduction of power consumption of steel water.
Working principle:
Using the shredding machine to shred the scrap steel and the sorting system to separate the shredded scrap steel to get the pure scrap steel block. The working principle is that under the continuous high speed drive and large torque motor, the hammer on the crusher rotor alternately strikes the waste steel into the capacitance cavity. Under the strong impact action, the waste steel is torn and squeezed into a certain specification of broken steel, which can be obtained with high purity and high quality.
Specifications:
Â
| No. | Type | Inlet Width(mm) | Capacity(t/h) | Motor Power(kw) | Transformer |
| 1 | EN-200 | 1400 | 3~5 | 200 | 250KVA |
| 2 | EN-250 | 1400 | 4~6 | 250 | 315KVA |
| 3 | EN-280 | 1600 | 5~7 | 280 | 400KVA |
| 4 | EN-315 | 1600 | 6~8 | 315 | 400KVA |
| 5 | EN-450 | 1600 | 8~12 | 450 | 630KVA |
| 6 | EN-750 | 1800 | 13~18 | 750 | 10KVÂ |
| 7 | EN-900 | 2200 | 18~25 | 900 | 10KVÂ |
| 8 | EN-1200 | 2200 | 20~30 | 1200 | 10KVÂ |
| 9 | EN-2000 | 2500 | 45~65 | 2000 | 10KVÂ |
| 10 | EN-3000 | 2600 | 55~80 | 3000 | 10KVÂ |
| 11 | EN-4000 | 2700 | 60~80 | 4000 | 10KVÂ |
| 12 | EN-4500 | 2700 | 90~100 | 4500 | 10KVÂ |
| 13 | EN-6000 | 2800 | 80~120 | 6000 | 10KVÂ |
Production Processing:
Workshop:
Contact:
Â
Waste Copper, Aluminum And Iron Scrap Crusher
The scrap steel shredder is using the kinetic energy generated by the high-speed rotation of the rotor hammer to shredder the waste steel to get the pure steel material with a certain size. During the shredding processing, the rust and paint on the surface will be removed and the ferrous and non-ferrous materials will be collected separately by the magnetic system.
Feature:
1. The material is neat in shape and similar in specification;
2. High density;
3. Fewer attachments;
4. High purity for reutilization.
Advantage:
1. High acquirement;Â
2. The chemical composition of molten steel is stable, with low sulfur and phosphorus content;Â
3. Shortened smelting cycle;Â
4. Prolonged using life;Â
5. Air pollution and slag reduction;Â
6. Reduction of power consumption of steel water.
Working principle:
Using the shredding machine to shred the scrap steel and the sorting system to separate the shredded scrap steel to get the pure scrap steel block. The working principle is that under the continuous high speed drive and large torque motor, the hammer on the crusher rotor alternately strikes the waste steel into the capacitance cavity. Under the strong impact action, the waste steel is torn and squeezed into a certain specification of broken steel, which can be obtained with high purity and high quality.
Specifications:
Â
| No. | Type | Inlet Width(mm) | Capacity(t/h) | Motor Power(kw) | Transformer |
| 1 | EN-200 | 1400 | 3~5 | 200 | 250KVA |
| 2 | EN-250 | 1400 | 4~6 | 250 | 315KVA |
| 3 | EN-280 | 1600 | 5~7 | 280 | 400KVA |
| 4 | EN-315 | 1600 | 6~8 | 315 | 400KVA |
| 5 | EN-450 | 1600 | 8~12 | 450 | 630KVA |
| 6 | EN-750 | 1800 | 13~18 | 750 | 10KVÂ |
| 7 | EN-900 | 2200 | 18~25 | 900 | 10KVÂ |
| 8 | EN-1200 | 2200 | 20~30 | 1200 | 10KVÂ |
| 9 | EN-2000 | 2500 | 45~65 | 2000 | 10KVÂ |
| 10 | EN-3000 | 2600 | 55~80 | 3000 | 10KVÂ |
| 11 | EN-4000 | 2700 | 60~80 | 4000 | 10KVÂ |
| 12 | EN-4500 | 2700 | 90~100 | 4500 | 10KVÂ |
| 13 | EN-6000 | 2800 | 80~120 | 6000 | 10KVÂ |
Production Processing:
Workshop:
Contact:
Â