Electric Tilting Axis Furnace

Atec Tilting Furnace is a Cubical Shell Furnace, which tilts by the Hydraulic/Motorized/Geared mechanism for pouring out the metal directly on the mould/Ladle for heavy Castings. Indirect type melting ensures the Loss of metals due to oxidation/Carbon deposit by the fuel or Combustion Properties. Furnace is lined with Refractory and Insulation brick to hold the liquid metal to a Temperature of 1200oC. This furnace lining by a brick is formed with extra locks mechanically to ensure the lining the tightness and holds the crucible to not to fall of while tilting the furnace.Our furnaces are designed for skin temperature of 65C (Maximum).

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The holding furnace is used for the refine, drossing, standing and temperature rising of Aluminum and molten Aluminum during or before casting. The furnace applies direct combustion burner, which is featured with high temperature rising ratio and the temperature of molten Aluminum could be precisively manipulated. The end product of this furnace (molten Aluminum) is fully qualified for the condition before casting.

Electric furnace, heating chamber with electricity as the heat source for achieving very high temperatures to melt and alloy metals and refractories. The electricity has no electrochemical effect on the metal but simply heats it. Electric furnaces produce roughly two-fifths of the steel made in the united states. They are used by specialty steelmakers to produce almost all the stainless steels, electrical steels, tool steels, and special alloys required by the chemical, automotive, aircraft, machine-tool, transportation, and food-processing industries. Electric furnaces also are employed, exclusively, by mini-mills, small plants using scrap charges to produce reinforcing bars, merchant bars (e.G., angles and channels), and structural sections. The german-born british inventor sir william siemens first demonstrated the arc furnace in 1879 at the paris exposition by melting iron in crucibles. In this furnace, horizontally placed carbon electrodes produced an electric arc above the container of metal. The first commercial arc furnace in the united states was installed in 1906; it had a capacity of four tons and was equipped with two electrodes. Modern furnaces range in heat size from a few tons up to 400 tons, and the arcs strike directly into the metal bath from vertically positioned, graphite electrodes. Although the three-electrode, three-phase, alternating-current furnace is in general use, single-electrode, direct-current furnaces have been installed more recently.

Usage â?¢�  Used for artificial aging treatment of castings. Divided into car bottom and chamber types. � Technical Parameters â?¢ Maximum heating temperature: 250â?? â?¢ Furnace temperature uniformity: â?¤�±5â?? â?¢ Temperature control precision: �±1

Usage   Used for artificial aging treatment of castings. Divided into car bottom and chamber types.  Technical Parameters Maximum heating temperature: 250 Furnace temperature uniformity: ±5 Temperature control precision: ±1

Usage Used for artificial aging treatment of castings. Divided into car bottom and chamber types. Technical Parameters Maximum heating temperature: 250 Furnace temperature uniformity: ±5 Temperature control precision: ±1

Electric arc furnace is using electricity as fuel source, and utilizes the arc high temperature produced by electrode and furnace charge to heat and melts the furnace charge. It is widely using in production of normal steel, high quality carbon steel, various alloy steel, stainless, various ferroalloys. It is the key equipment in steel making factories, foundry factories, ferrous alloys making factories and etc. Characteristic: 1.Smelting temperature is flexible to be controlled, to meet different steel grade production needs. 2.High heat efficiency, atmosphere inside furnace can be controlled. 3.Can remove the phosphorus, sulfur, oxygen and other impurities and improve steel quality. 4.Easy to control the chemical composition of steel, stable and high recovery rate of alloys. 5.Equipment is simple and shorter technological process. Adoption of new technology: 1.Optimization design 2.Tubular water cooled furnace wall and furnace lid Eccentric bottom tapping (ebt) Copper-steel combined electrode arm 3.Cluster type large sectional area water cooled cables Optimize large current system structure (energy-saving type) Proportional valves hydraulic system Basic level (plc) + procedure level ( industrial control computer) control system Frequency control technique Network technique Standard export package

Electric arc furnace uses electricity as fuel source and utilizes the arc high temperature produced by electrode and furnace charge to heat and melt the furnace charge. It is widely using in production of normal steel, high quality carbon steel, various alloy steel, stainless, various ferroalloys. It is the key equipment in steel making factories, foundry factories, ferrous alloys making factories and etc. 5-100 ton, transformer 2500-80000kva