Continuous casting allows metals and alloys to be stretched, shaped and solidified without the need for an interruption, reducing waste while improving yield, cost efficiency, and quality. Introduced into steel manufacturing the 1950s as an alternative to ingot molds, the continuous casting machine has now become a standard in premium battery grid production. Using a series of rollers and water-cooled molds, the process lessens the chance of impurities and provides better thickness ratios. To get a better idea of the continuous casting process, let’s review the basics, from molten metal to a finished grid.
Continuous Casting: Step by Step
In continuous grid manufacturing, molten lead is ladled into the casting machine, where it is…