| After-sales Service Provided: | Engineers available to service machinery overseas |
|---|---|
| Warranty: | 1 year |
| Certification: | No |
| Brand Name: | YF |
| Condition: | New |
| Weight: | 30t |
| Power(W): | 40kw |
| Voltage: | AC 380V 3p |
| Place of Origin: | China (Mainland) |
| billet size: | 150x150mm |
| material: | mild steel |
| control: | automatic |
Quick Details
Specifications
CCM Is mainly composed of ladle, tundish, mould (primary cooling), mould Oscillating unit, secondary cooling and casting billet guide device, withdrawal and straightening unit, cutting unit, billet discharge unit (conveying roller), etc.
Curved Continuous casting process flow:
Qualified Molten steel from steel refining furnace will be poured into steel ladle, then It will be delivered to the position above the CCM after external refining Processing, and molten steel will be poured into the tundish from ladle bottom Outlet. Tundish nozzle shall be adjusted to match with the lower mould in Advance.
after Opening the tundish stopper or sliding nozzle (or sizing nozzle), molten steel Will flow into forced water-cooled copper mould. the mould has no bottom, so the drop bottom is required before filling with molten steel, meanwhile the Drop bottom play a role in drawing out the casting billet and it is called Dummy bar.
the Molten steel inside the mould will be quickly cooled into crystals; meanwhile Molten steel front will be solidified together with the head of dummy bar at The bottom of mould.
the Rear end of dummy bar is clamped in the withdrawal roller of billet withdrawing Machine, and billet withdrawing machine and mould oscillating unit will be Started simultaneously when molten steel inside the mould reach to required Height and solidified shell, at the mould lower outlet, reach to a certain Thickness.
Withdrawal and straightening machine will pull out the dummy bar (with dummy bar) from the Mould at a certain speed. to prevent the solidified shell from cracking Breakout and reduce the withdrawal resistance of the mould, mould inner wall Lubrication and up-down reciprocating movement are required.
after Pulling out from the mould, the casting billet shall be cooled by spaying Water, and this is called secondary cooling, meanwhile casting billet Liquid-core will be gradually solidified by the secondary cooling.
the Casting billet is continuously pulled out and molten steel is continuously Poured into the mould, forming into the continuous casting process.
after Passing through the billet withdrawing machine and straightening machine (straightening is not required for vertical type and horizontal type continuous Casting), the casting billet will be removed from dummy bar.
the Completely solidified straight billet will be cut into required size by cutting Equipment, and transported to subsequent process by conveying roller.
Item |
R2.5M |
R4M |
R5.25M |
R6M |
Mode |
Continuous Regulation full arc | |||
Arc Radius (m) |
2.5 |
4 |
5.25 |
6 |
Strand Number |
1 |
1 |
1, 2 |
2,3,4 |
Annual Productivity(T/Y) |
20000-40000 |
30000-50000 |
80000-120000 |
150000-200000 |
Cast Section (mm2) |
60x60 70x70 |
80x80 100x100 |
100x100 120x120 |
120x120 150x150 |
Cast Length (m) |
3-6 |
3-6 |
3-8 |
3-9 |
Cast Speed(m/min) |
1.2 |
1.8 |
2-3 |
2.5 |
Max Speed(m/min) |
2 |
2.5 |
3-4 |
4 |
Casting Productivity of single strand (t/h) |
4-8 |
8-12 |
10-14 |
15-20 |
Ingot Leading pole |
Rigidity leading Pole | |||
Machine Height(m) |
5 |
7 |
8 |
8 |
Floor Space(m2) |
4x20 |
5x20 |
8x25 |
10x35 |
Rated Power(kW) |
50 |
107 |
200 |
250 |
Power Consumption(kWh/t) |
5 |
5 |
10-15 |
15 |

