Agitated reaction kettle for preparing novel aluminum product

Abstract

The invention discloses an agitated reaction kettle for preparing a novel aluminum product. The agitated reaction kettle comprises a hollow cylindrical furnace body and a channel arranged below the furnace body, wherein two parallel guide rails are arranged at the bottom of the channel; an electromagnetic agitating vehicle is movably mounted on the guide rails; an electromagnetic agitating device is mounted on the electromagnetic agitating vehicle; the cylindrical furnace body comprises a furnace bottom, a furnace wall, a combustion chamber, a furnace top, a feed opening and a discharge opening; the feed opening and the discharge opening are formed in two opposite sides of the combustion chamber; the upper surface of the furnace bottom is inclined relative to a horizontal plane, the highest point of the upper surface is located on the side with the feed opening, and the lowest point of the upper surface is located on the side with the discharge opening; and the outer side of the feed opening is connected with a discharge chute. The agitated reaction kettle can effectively increase the pouring speed, reduces heat loss in a pouring process and avoids the phenomenon that potential hazards are brought to normal production because the discharge opening cannot be opened.

Description

technical field [0001] The invention relates to special aluminum material processing equipment, in particular to a stirred reactor for preparing new aluminum materials. Background technique [0002] The existing technology provides an aluminum mixing furnace, its main function is to clarify, remove slag, degas and adjust its chemical composition before casting aluminum ingots, so that the aluminum ingots can ensure the casting quality and conform to Standard for commodity aluminum. The temperature of the molten aluminum from the electrolytic cell injected into the furnace is about 900°C, and the suitable casting temperature is 700-750°C. In order to ensure the temperature of the molten aluminum in the furnace, it is necessary to continuously supply heat to the furnace to supplement various heat losses of slag melting, furnace cleaning, and melting part returning to the furnace to fix the aluminum. In addition, in order to fully infiltrate the newly added alloys into the mo...

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Problems solved by technology

[0003] However, the strength of existing aluminum alloys or aluminum materials is low, and this problem needs to be solved urgently

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