PC ABS Headlight Bezel Mold for Automotive Injection Molding
This PC ABS headlight bezel mold is engineered for manufacturers that require precise and repeatable plastic injection molding automotive parts for vehicle lighting assemblies. It is suitable for producing headlight bezels, decorative lamp surrounds, and related automotive lighting trim with controlled dimensions and a refined surface.
PC/ABS combines the impact resistance and heat performance of polycarbonate with the processing stability and surface quality of ABS. This makes it a practical material for automotive components that must maintain their shape, appearance, and fit during assembly and long-term use.
The mold supports mirror-polish finishing and custom RAL or PANTONE color requirements, helping the molded headlight bezel coordinate with the lamp housing and surrounding vehicle body design.
The cavity and core are manufactured from H13 steel and hardened to 48–52 HRC. An S45C mold base provides reliable structural support. The hot runner system promotes consistent material flow, reduces runner waste, and supports stable filling across the 1+1 cavity configuration. HASCO standard components also simplify replacement and long-term mold maintenance.
Moldie can support DFM analysis, mold-flow review, mold manufacturing, trial molding, sample inspection, and production validation. The tooling solution can be customized according to your 3D drawings, resin specifications, surface requirements, assembly tolerances, and expected production volume.
Specification Sheet
| Specification | Details |
|---|---|
| Product | Automotive Headlight Bezel |
| Molded Material | PC/ABS |
| Surface Finish | Mirror Polish |
| Color Standard | RAL / PANTONE |
| Cavity and Core Steel | H13 |
| Mold Base Steel | S45C |
| Standard Components | HASCO |
| Number of Cavities | 1+1 |
| Cavity and Core Hardness | 48–52 HRC |
| Runner System | Hot Runner |
| Expected Mold Life | Up to 600,000 Shots |
| Application | Headlight Bezel and Automotive Lamp Trim Production |










