Continuous casting production line of foamed aluminium

Abstract

The present invention provides a continuous casting production line for foamed aluminum, which arranges a ring-shaped first casting line and a second casting line on both sides of a hot melting furnace, so that the first casting aluminum mold and the second casting aluminum mold on it can be Circulating flow, and automatic liquid injection of the first casting aluminum mold and the second casting aluminum mold through the stirring and discharging device, and foamed aluminum and aluminum ingots can be cast, and the first casting The foamed aluminum ingot cast by the aluminum mold and the second casting aluminum mold is pushed to the aluminum ingot output line for automatic output, which solves the technical problem of full-time casting of the foamed aluminum and aluminum ingot and realizes the foamed aluminum and aluminum ingot casting process The molten aluminum in the furnace is melted to the foamed aluminum casting until the automatic output of the foamed aluminum and aluminum ingots is fully braked.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for efficient use of heat energy during metal manufacturing processes while improving productivity rates or reducing costs associated therewith. It involves combining two different types of equipment together through an agitation/displacement process before pouring the metallic material onto another casting machine's casting lines. By doing these steps multiple times per unit time, the overall efficiency can be increased compared to traditional methods where only one step was done once. Additionally, the system uses a combination of pumping devices and pushers to achieve complete fluidization without leaving any residue behind inside the casting machines themselves. Overall, this new method simplifies the entire cycle of producing foamed Al products efficiently and minimizing manual effort required.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the efficiency and accuracy during producing foams containing various types of chemical substances like bone powder (Pb) and ceramic powders. Current methods require multiple steps involving different equipment and involve laborious processes requiring highly skilled operators who have limited their ability to perform these tasks accurately without sacrificially damaging any parts they may wear out overtime due to frequent use.

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