Integrated Injection Molded Plastic Parts

The Battery Module Insulation Bracket is a core, precision-engineered, integrated injection-molded structural component designed for the safety protection and structural stabilization of battery modules used in new energy vehicles (NEVs) and in commercial, industrial, and residential energy storage systems. Manufactured via high-precision injection molding, the component integrates multiple functions—such as cell positioning, secure retention, electrical insulation, shock absorption, and thermal management—to replace traditional, multi-part assembly structures. It effectively mitigates safety risks such as cell displacement, friction-induced short circuits, and electrical breakdown due to leakage. As an indispensable functional component within new energy battery pack systems, it is widely used in power battery systems for NEV passenger and commercial vehicles, as well as in various types of energy storage equipment.

The Insert‑molded Tablet Plastic Mid‑frame is the core precision injection molded structural component of tablet computers, education and learning tablets, and commercial industry tablets. It serves as the middle load-bearing base of the whole machine and connects the screen panel and the device.

The back cover provides positioning support and physical protection for the motherboard, battery, camera module, and antenna components.

The Mobile Phone Plastic Middle Frame is a core, integrated injection-molded structural component. Typically made from PC-ABS or glass-fiber-reinforced PC, it is manufactured using precision thin-wall injection molding. It integrates features such as screen positioning slots, mounting points for the motherboard and battery, camera cutouts, button mounts, screw bosses, and antenna channels. The frame serves to support and secure the screen, motherboard, and battery while providing shock absorption, drop resistance, and electrical insulation. It is widely used in budget smartphones, feature phones, and 5G devices; some designs utilize insert molding—incorporating embedded metal nuts or reinforcement plates—to enhance structural strength.