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Aluminium
photos/01.jpgLiquid aluminum is poured into ingots that weights from 7 to 9 pounds.
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Liquid aluminium in the furnace
photos/02.jpgMelting point of aluminum is 660.32° C or 933.47° K.
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Aluminum ingot
photos/03.jpgAluminum ingot can be packed on wooden and metal pallets or in the form of "foot Ingot", e.g. without a pallet, banded with plastic tapes and wrapped with folio bags, as well as a protection from atmospheric influences.
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Removing of harmful inclusions
photos/04.jpgWe are removing all harmful inclusions that come out on the surface of liquid aluminum after degassing and refining process.
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Casting mold on a casting bar
photos/05.jpgOne of the casting molds on a casting bar in which liquid aluminum from the oven flows in.
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Aluminum alloys
photos/06.jpgAluminum alloys can be used for making of casting parts designed for automotive industry, airline industry and shipbuilding, as well as for the production of aluminum profiles, sheets, tubes, wires, etc.
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Aluminium
photos/07.jpgAluminum is a silvery shiny and lightweight metal about three times heavier than water and and as much lighter than iron and copper. It has good electrical conductivity and high plasticity and it is highly elastic.
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Secondary iron
photos/08.jpgAfter grading becomes delivered to foundries that use it as raw material for steel parts, sheets, tubes etc.
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Soft aluminum waste
photos/09.jpgIs pressed into bales so that, after insertion into the furnace, had a smaller percent of technological loss during melting.
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Waste aluminum profiles
photos/10.jpgAre being re-melted in ingots and delivered to the companies that can produce again mentioned profile, therefore the waste does not exist in this part.
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Aluminum turnings
photos/11.jpgCan also be recycled, and when pressed in bales, becomes more convenient for handling and technological loss is smaller.
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Baled aluminum rope and turnings
photos/12.jpgAluminum rope and homogeneous aluminum turnings are one of the purest sources of raw materials for foundries such as ours.
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Cables
photos/15.jpgFrom waste copper cable, with applying physical separation of plastic, we are getting a different percentage of copper, depending on the thickness of the cable.
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Iron
photos/17.jpgIron is a metal that is easily subjected to corrosion. The most common use is in the form of alloys such as steel, alloys with manganese, chromium, molybdenum, vanadium, and many other elements.
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Copper
photos/18.jpgThe Latin name for copper is cuprum out of which is derived the symbol for this element. This name comes from an expression cyprium aes that means Cyprian metal or Cyprian bronze.
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Copper
photos/19.jpgCopper is used for mass production of electric conductors and generally in electronics. Because of the small reserves and large use, copper is a material of strategic importance.
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Automated cable recycling machine
photos/20.jpgEnable us to get copper granulates out of waste copper cables.
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Copper
photos/21.jpgIn architecture copper can be used in a form of copper roof and gutters, and recently as a material for cladding facades. Its great durability, makes it almost perfect, although expensive building materials.
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Copper
photos/24.jpgCopper can be inosculated in a very good way with metals such as tin, zinc, aluminum, etc., so there are a large number of copper alloys in use. They are divided into brass (with zinc) and bronze (with tin).
