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Plastic battery casings, with their advantages of lightweight design, excellent insulation, and ease of molding complex structures, have become core packaging components for power batteries and starter batteries. However, in the mass production processing of plastic battery case mould, most customers face numerous common challenges, including defects such as injection molding warping, shrinkage, fiber floating, and scorching, directly increasing the defect rate of mass production.

In the modern automotive industry, plastic battery case injection mould are key tools for producing various battery case models. These car battery box injection mould produce battery cases in various sizes, including L1, L2, L3, L4, N70, N100, N150, and N200, and are widely used in various vehicles. Plastic battery cases not only house the batteries but also have a profound impact on vehicle performance and safety. This article will delve into the working principles, material selection, design, and importance of plastic battery case injection mould in the automotive industry.