Induction Melting Furnace

Featurs

• Has a strong durable construction For Long Life castable
• High strength reinforced refractory Top & Buttom
• Heavy Rugged Supported by cast alloys Structures
• Due to heavy high pressure aluminium body create free magnetic path within the Hot Pot and that's why maximum efficiency provided.
• Hydraulic Hand Pump provided to emergency in power failure.
• Easy,to maintenance&induction copper
• Gear mechanism,hoisttilting Hydrulic
• tilting mechnism available.
• One, Two & Three melting Hot Pot with Single Power apply source. No any pedestal or ordinary bearing use. Heavy brass busing use for long life.
• Huskyflat copper busbars are used instead of tubebusbar to put maximum power into the Metal
• Steel frame structure for higher size Hot Pot
• Fully captive electromagnetic flux Containment system.
• Digital ground leak detector systes Provide Protection from shock to the operator & Damages

Induction melting systems are used for the gold, silver, and copper melting from High and Low Production Mining facilities, Precious Metals Refining entities, and precious metals wholesale and retail buyers looking to melt their metals for more accurate assays.

Silver and gold melting induction furnaces offer environmental benefits of casting precious metals over traditional methods of melting. As a form of Green Technology induction gold melting systems, do not put off any harmful emissions into the atmosphere, as heat is being generated by the alternating magnetic current into graphite or SIC crucible. Other advantages of silver and gold melting induction furnaces are, fast heat-up times, frequency stirring for more homogenous melts and induction melting technology that does not heat up the atmosphere the user is working in. The only heat being generated is the heat from the actual melt.

Brazing with induction generates an electromagnetic field in a work coil that induces currents in the conductive material of a workpiece placed within or near the coil. Friction from these currents elevates the temperature of the workpieces and filler to be brazed.