VERFAHREN UND OFEN ZUR ERZEUGUNG VON EISENSCHWAMM

A method of making spongy iron comprises the agglomeration of the initial raw material and its subsequent reduction at a high temperature. The agglomeration comprises moistening the initial raw material and its heating up to a temperature above the Curie point, both the moistening and heating being...

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Hauptverfasser: AKIMENKO VLADIMIR BORISOVICH, ROMANCHUK DIVO YAKOVLEVNA, BOYARENKO VALERY VIKTOROVICH, SHVARTSMAN VALERY LVOVICH, DOLZHENKOV FEDOR EGOROVICH, STAROV VALERY VASILIEVICH, KRIVENKO ALEXANDR NIKOLAEVICH, KORNEEV JURY ANATOLIEVICH, POLYAKOV VITALY KIRILLOVICH, CHUPRIN VALENTIN IOSIFOVICH, BEREZHINSKY YAKOV ZINOVIEVICH, GAIDUCHENKO ANATOLY KIRILLOVICH, PAVLOV ALEXANDR IVANOVICH, TOLOCHKOV GENNADY SEMENOVICH, BOLSHECHENKO ALEXEI GAVRILOVICH, ANDRONOV VALERY NIKOLAEVICH, SHEVTSOVA LIANA ILINICHNA, SYROVATSKY EDUARD FEDOROVICH, ZHUKOVSKAYA LJUDMILLA ALEXEEVNA, VOSTRENKOV VASILY STEPANOVICH
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Sprache:ger
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Zusammenfassung:A method of making spongy iron comprises the agglomeration of the initial raw material and its subsequent reduction at a high temperature. The agglomeration comprises moistening the initial raw material and its heating up to a temperature above the Curie point, both the moistening and heating being carried out in the permanent magnetic field with the vertical orientation of its magnetic force lines. A furnace for making spongy iron from the initial raw material comprises a chamber (1) divided into a heating zone (2), an oxidization chamber (3) and a reduction zone (4), a transportation means (5) located inside said chamber (1) and passing along it; a tube for feeding the gas into the reduction zone (4) mounted inside the said chamber (1), a metering means (7) the discharging part (8) of which is located above the transportation means (5) at the inlet of the said chamber (1). The furnace is further provided with an electromagnet (9), the magnetic circuit of which embraces the discharging part (8) of the said metering means (7) and the heating zone (2) so that its upper and lower pole shoes (10, 11) form a magnetic field with vertically oriented magnetic force lines. The furnace comprises also a reflector (12) made of a non-magnetic material and located between the said upper pole shoe (10) and the discharging part (8) of the said metering means (7) in parallell to the said upper pole shoe (10).