VEM Industrial Control

Mathura, Uttar Pradesh

These furnaces are available for small and medium casting for those industries who are using crucible furnaces for casting. Crucible furnaces can be replaced by our channel induction furnaces to cast their casting in brass alloy or similar alloy. These furnaces are most economic over crucible furnaces and widely accepted by tap and faucet industries, hardware industries having daily casting of more than 1000 kg.

These furnaces can also be used for ingot manufacturing units using scrap input including brass turning.

Cost of melting in case of brass comes to about 230 kWh per 1000 kg. These furnaces are continuous operation type without silicon carbide crucibles. Refractory life for brass scrap in these furnaces may be up to 3.5 years depending upon cleanliness of scrap.

These furnaces are available in 70 kW to 160 kW or from 300 kg per hour to 600 kg per hour of melting.

Our channel type induction furnace are designed and manufactured to give optimum power efficiency to melt copper and copper base alloy.

• Higher melt rate
• Lowest power consumption for per 1000 Kg. of melt
• Low burning loss of metal
• Very good alloying
• Longer refractory life
• Continuous operationSpecifications:
  • kW range 70 kW to 1100 kW of power
  • Input supply 415 V, 3 phase, 50/60 Hz.
  • Melt rate 300 kg per hour to 5000 kg per hour
  • Air cooled or water cooled inductor coils
  • Inductor coils are designed for optimum efficiency
  • Single channel or dual channel
  • Power control through PLC controlled tap changer transformer
  • All three phase balanced
  • Stand alone skid mounting design, no need of bigger foundation
  • Top lip pouring
  • Hydraulic tilting
  • Temperature controlUse Of Channel Induction Furnace:
    • For melting of copper and copper base alloys in form of virgin metal or scrap.
    • Higher melt rate at lower cost.
    • Continuous operation.

Our holding furnace are used for holding of copper base alloy molten metal to a required temperature for use in continuous casting of copper base alloys to be used for flats, strips, rounds, sections, rods or as per use.

These can be used for horizontal, vertical and downward casting.

• Lowest power required to hold the temperature
• Lowest burning loss
• Auto temperature control
• Continuous operation
• Die mounting plate as per specification
• Back pouring
• Specifications:
  • kW range 70 kW to 550 kW of power
  • Input supply 415 V, 3 phase, 50/60 Hz.
  • Hold rate 300 kg per hour to 6000 kg per hour
  • Air cooled or water cooled inductor coils
  • Inductor coils are designed for optimum efficiency
  • Single channel or dual channel
  • Power control through PLC controlled tap changer transformer
  • All three phase balanced
  • Stand alone skid mounting design, no need of bigger foundation
  • Top lip back pouring
  • Hydraulic tilting
  • Temperature control through PLC controlled tap changer transformer
  • Use Of Channel Holding Furnace:
    • Our holding furnaces can be used in horizontal, vertical or down ward casting machine