In induction furnaces working face of the main crucible is lined with a suitable ramming mass. Furnace performance is directly related to the lining performance.
Well-stabilized lining results in smooth working of furnace, optimum output and better metallurgical control. The lining practice best suited to particular foundry will depend upon the furnace capacity and design, metal being melted and output etc.
2/3/5 ARM LINING VIBRATOR:
2/3/5 arm lining vibrators are used for side lining preparation, consist 2/3/5 vibrator cylinder and one air divider at center of the equipment. It automatically rotates inside the former due to the angle of impact. It will take 1-2 hours for the full operation.
BOTTOM LINING VIBRATOR:
Bottom Vibrator Unit ramming plate is equipped with one pneumatic vibrator. Dry refractory is rammed in about 50 min. in one operation, achieving perfect compaction and absolutely even and leveled bottom.
REQUIREMENT OF A PROPER LINING:
Thermal characteristics: It should with stand the stresses developed by the thermal cycle in operation. It should be chemically insert to the metal being melted: chemical inertness to molten metal can be achieved by using acid lining for acid slag & basic lining for basic slag. It should have enough structural strength to withstand operating conditions. The thickness of refractory lining must be such as to ensure good electrical efficiency and thick enough to counter the risk of unexpected failure and major damage to the coil. It should have high erosion resistance.

Sintering Heater consist of Steel structure of heater fabricated withMS & Steel material suitable for Induction Furnace. The heater Having Automatic Temperature Controller with Thermocouple.
The Sintering Heater consists of Kanthalmake Heating Element of Ni Cr Base Heating coil, Ceramic Insulation material. The heater having ceramic blanket 128Gr and Ceramic Bobbins & SS Studs 310Gr.

Hydraulic pusher system feature an innovative, rugged design to help minimize time-consuming tasks on the melt deck, improve furnace utilization and maintain the integrity of Initiated metal castings. We believe that Just to sell capital good is not important, the difference highlights itself when you serving your customers throughout.

Foundry requires a device to assist operators in removing slag from a scrap melt furnace. The process involves skimming the slag, removing it through a door and dumping into a bucket as well as manipulating the scrap in the furnace to complete the melt process. These operations were done manually with the operator standing next to the open furnace door utilizing a long handle ladle. The same process typically applies to melting steel, iron, copper, aluminum scrap and other metals.
Benefit of SLAG SKIMMER:
 Reducing Metal Loss: Molten metal stays in the furnace insteadof being removed with the slag with conventional slag.
 Improving Operator Safety and Comfort: The operator does not have to perform heavy manual work while exposed to extreme heat.
 Minimizing the Cost of Expendables: Heavy duty steel blades last longer than rods and paddles.
 Operating Efficiently: The rate of slag removal in pounds per minute is higher than that of a manual skimming operation.
 Reducing Radiation Loss: The furnace lid is opened for a shorter period of time while the slagging operation takes place. Lowering and raising is controlled by the crane.

A ladle furnace is composed by a three-electrode electric system, operating AC mode; working into a three-phase electrical circuit, usually placed on the vertices of an equilateral triangle in around the furnace.

Electric Arc Furnace (EAF) is a steel making furnace, in which steel scrap is heated and melted by heat of electric arcs striking between the furnace electrodes and the metal bath.
Two kinds of electric current may be used in Electric Arc Furnaces: direct (DC) and alternating (AC). Three-phase AC Electric Arc Furnaces with graphite electrodes are commonly used in steel making.

Resistance furnaces are heating installations that use the heat generated by Joule effect in appropriate heating elements (resistors) located on the walls of the furnace chamber, and transmitted to the workpiece to be heated mainly by radiation and convection. The electrical energy transformed into heat in the resistors is used in part to raise the temperature of the charge and in part to heat the walls of the chamber and to compensate for the furnace heat losses. After a description of the different constructive types of furnaces (batch, continuous, for low, medium or high temperature, with protective atmosphere or in vacuum), heating cycle, criteria and materials for wall design and test methods of this type of furnace are analyzed. In the final paragraphs, we will describe the different types of resistors, characteristics of materials used for their construction and design criteria of resistors for classical radiation or convection furnaces. At the end, furnaces with high specific power resistors are briefly discussed, making also reference to the energy balance of this type of furnaces.

Vacuum degassing is a technique of removing dissolved gas from a liquid solution by lowering the pressure inside a vessel containing the solution. Vacuum degassing is often utilized in:
1.Water treatment
2.Laboratory testing
3.Soil purification
Vacuum degassing is the only way to make certain grades of steel that are particularly useful in the automotive, aerospace and railroad industries.