• Type: crucible
• Shape: barrel
• Energy: electric energy
• Capacity: 500kg
• Process temperature: 630°C-680°C
• Structure: furnace casing, furnace lining, electronic control system, flat belt heating wire, crucible, rotary table

The tilting rotary crucible furnace is a melting furnace with a base rotary table included. The heating elements of the single furnace can withstand temperatures up to 1400°C. The crucible is heated radially and uniformly. Once the aluminum is melted it can be poured easily.

• External structure
  1) Barrel casing made of 4mm thick steel plate
  2) Crucible cover made of 25mm thick steel plate
  3) Bottom plate made of 8mm thick steel plate
  4) Cover made of 10mm thick steel plate
  5) Holding furnace cover (removable): outer layer is 6mm thick, inner layer is made of 60mm thick insulation material. Formed by one stamping, the holding furnace cover is manually lifted, and can be rotated at 360°
• Construction materials of furnace lining
  1) Three layers of high temperature insulation boards (Morgan-imported)
  2) Insulated cotton with the density of 260
  3) High-purity high-temperature insulating brick: mullite (Morgan-imported)
  4) Specially developed insulation materials

• One-shot silicon carbide graphite crucible
• The warranty period of crucible is 6 months, and the normal service time is about 8-13 months.
• The inner wall of the crucible can be coated with a coating agent at first use to prevent the sticking of molten aluminum.
• The complete machine with the exception of the crucible is covered under a warranty of 1 year.
• The crucible can be directly used once connected to a suitable power source. The crucible must be pre-heated. (Purpose of heating the crucible at specific temperatures: the first phase of low heat is to dry the crucible, the second phase of high heat is to change the physical property of glaze in the surface of crucible to better protect the crucible and prolong its service life.)
• The tilting rotary crucible furnace is equipped with an automatic alarm system that when an exception occurs, it will automatically alarm and power off to stop heating, thus ensuring production safety.