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Fuel-fired Tilting Crucible Furnaces

Fuel-fired Tilting Crucible Furnaces
T max 1200 °C and 1400 °C

Information

Information

TAG 570/12/K
TAG 570/12/K
  • Oil- or gas-fired
  • Rugged furnace design
  • Safe, reliable pouring using 2 hydraulic cylinders with end bearing dampers on tilting frame
  • Precision dosing at every tilting angle
  • High melting rate
  • Low energy consumption of approx. 1.3 kWh / kg Al
  • Very low heat loss due to excellent thermal insulation
  • High-quality burner technology
  • Uniform heating of melt and crucible > Good metal quality and crucible life
  • Heat-resistant cast-iron ring on removable refractory concrete cover protects crucible against  mechanical damage and allows easy access for crucible change
  • Emergency outlet drain
  • Optional operating platform
  • Exhaust discharged over rim of crucible, side exhaust available as optional extra

Technical Data

Technical Data

Model

Crucible

Capacity
kg Al  kg Cu

Melting rate*
[kg/h Al at 700°C]

Melting rate*
[kg/h Cu at 1000°C]

Burner
power

[kW]

T max
[°C]

Outside dimensions
[mm]
A1       A2       B       C

Weight
[kg] 

TAG   180/12/K 

TP 287 

180 

550 

220 

300 

1200 

2900 

2100 

1600 

1350 

1800 

TAG   330/12/K 

TP 412 

330 

970 

240 

300 

1200 

3000 

2200 

1700 

1530 

2200 

TAG   370/12/K 

TP 412H 

370 

1200 

260 

300 

1200 

3000 

2200 

1700 

1630 

2400 

TAG   570/12/K 

TP 587 

570 

400 

390 

1200 

3200 

2400 

2100 

1670 

2600 

TAG   750/12/K 

TBN 800 

750 

420 

450 

1200 

3300 

2500 

2250 

1770 

2900 

TAG 1000/12/K 

TBN 1100 

1000 

450 

450 

1200 

3300 

2500 

2250 

1950 

3300 

 

 

 

 

 

 

 

 

 

 

 

 

 

TKG   400/14/K 

TP 723 

120 

400 

330 

400 

1400 

2800 

2000 

1600 

1400 

2300 

TKG   500/14/K 

TP 843 

150 

500 

360 

400 

1400 

2800 

2000 

1600 

1400 

2500 

TKG   600/14/K 

TP 287 

180 

600 

380 

400 

1400 

2900 

2100 

1600 

1400 

2700 

Other sizes on request · * The melting rates depend on crucible conductivity and specific operating conditions. Approx. 80% is achieved under normal conditions.