CN201952473U - Furnace for producing aluminium ingot by recovery of aluminium skimmings and sheets - Google Patents

Abstract

A furnace for producing aluminium ingot by recovery of aluminium skimmings and sheets comprises an aluminium skimming conveying belt (1) and an aluminium sheet conveying belt (2). A smelting furnace (3) is provided with an aluminium skimming smelting space and an aluminium sheet smelting space that are communicated, wherein the aluminium skimming smelting space is provided with an aluminium skimming feeding port (31); the aluminium sheet smelting space is provided with an aluminium sheet feeding port (32); the discharge port of the aluminium skimming conveying belt (1) faces the aluminium skimming feeding port (31); the discharge port of the aluminium sheet conveying belt (2) faces the aluminium sheet feeding port (32); the shell of the aluminium sheet smelting space takes round shape; a guide rail (4) is fixed around the aluminium sheet smelting space; and a magnetic trolley (5) reciprocates along the guide rail (4). The furnace can improve production efficiency, as well as the quality of aluminum ingots.

Description

Aluminum shavings and aluminum flakes are recycled to produce aluminum ingot furnaces

Technical field:

The utility model relates to the technical field of aluminum alloy processing and production, in particular to a melting furnace for recycling aluminum chips and aluminum flakes to produce aluminum ingots.

Background technique:

Existing aluminum alloy processing plants will produce a large amount of aluminum shavings during the production process, and the aluminum shavings can be reused after being smelted. In order to save the cost of materials used by the factory, there are many aluminum alloy waste products (such as aluminum alloy door and window profiles) on the market. It can be reused after washing and drying. If the existing aluminum shavings recycling furnace is used, the aluminum flakes are easy to suspend on the surface of the melt and are not easy to melt. It is necessary to design a new furnace to improve the smelting efficiency.

Utility model content:

The purpose of the utility model is to provide a furnace for recycling aluminum scraps and flakes to produce aluminum ingots against the deficiencies of the prior art, which can improve production efficiency and improve the quality of aluminum ingots.

The technical solutions of the present utility model are as follows:

Aluminum shavings and aluminum flakes are recycled to produce aluminum ingot furnaces, including aluminum scrap conveyor belts, aluminum flake conveyor belts,

The melting furnace has a space for melting aluminum chips, a space for melting aluminum chips and a liquid outlet. The space for melting aluminum chips and the space for melting aluminum chips is connected. The space for melting aluminum chips has an input port for aluminum chips. The discharge port of the conveyor belt is facing the input port of aluminum chips, and the discharge port of the aluminum sheet conveyor belt is facing the input port of aluminum chips;

The shell of the aluminum sheet smelting space is circular, and guide rails are fixed around the aluminum sheet smelting space, and the magnet car reciprocates along the guide rails.

The magnet vehicle is an electric vehicle loaded with electromagnets.

The beneficial effect of the utility model is that: the magnet car moves back and forth around the aluminum sheet smelting space to form a stirring vortex, so as to achieve the effect of rapidly melting the aluminum sheet (such as aluminum alloy profiles, pop cans) and improve production efficiency; at the same time, magnetic stirring is adopted, because stirring It is more sufficient than mechanical stirring, which can improve the quality of smelting.

Description of drawings:

Fig. 1 is the structural representation of the utility model

In the figure: 1. Aluminum chip conveyor belt; 2. Aluminum chip conveyor belt; 3. Furnace 3; 31. Aluminum chip input port; 32. Aluminum chip input port; 33. Liquid outlet; 4. Guide rail; 5. Magnet car .

Detailed ways:

Embodiment: As shown in Fig. 1, the furnace for recycling and producing aluminum ingots from aluminum shavings and aluminum flakes comprises an aluminum scrap conveyor belt 1 and an aluminum flake conveyor belt 2,

Furnace 3 has an aluminum chip smelting space, an aluminum chip smelting space and a liquid outlet 33, the aluminum chip smelting space is connected to the aluminum chip melting space, the aluminum chip melting space has an aluminum chip input port 31, and the aluminum chip smelting space has an aluminum chip input port 32. The discharge port of the aluminum chip conveyor belt 1 faces the aluminum chip input port 31, and the discharge port of the aluminum chip conveyor belt 2 faces the aluminum chip input port 32;

The shell of the aluminum sheet smelting space is circular, and a guide rail 4 is fixed around the aluminum sheet smelting space, and the magnet car 5 reciprocates along the guide rail 4 .

The magnet car 5 is an electric car loaded with electromagnets.

Claims (2)

1. aluminium bits aluminium flake reclaims and produces the aluminium ingot stove, comprises aluminium bits conveying belt (1), aluminium flake conveying belt (2), it is characterized in that:

Smelting furnace (3) has aluminium bits melting space, aluminium flake melting space and liquid outlet (33), aluminium bits melting space and aluminium flake melting space interlink, aluminium bits melting space has aluminium bits input port (31), aluminium flake melting space has aluminium flake input port (32), the discharge port of aluminium bits conveying belt (1) is facing to aluminium bits input port (31), and the discharge port of aluminium flake conveying belt (2) is facing to aluminium flake input port (32);

Aluminium flake melting spatial housing is rounded, around aluminium flake melting fixed in space guide rail (4) is arranged, and magnet car (5) is along guide rail (4) to-and-fro movement.

2. aluminium bits aluminium flake according to claim 1 reclaims produces the aluminium ingot stove, and it is characterized in that: magnet car (5) is for being mounted with the power truck of electro-magnet.

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