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Taillights

Model:

VW331 Flat Light


Category: Products and Services

Summary: As a professional LED module company, Truly Electronics has a group of high-quality R&D teams and laboratories that meet industry standards. It can directly conduct synchronous design and development with various OEMs, and maintain good cooperation with major IC and LED manufacturers. relation.


Keywords: LED module LED light source system

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Jiangsu Xinli Electronics Co., Ltd. is located in Zhonglou District, Changzhou City, with a plant area of more than 25,000 square meters. It is a professional automotive electronic and electrical parts enterprise. After years of development, Truly's LED module products have been matched with FAW-Volkswagen, Shanghai GM, Geely Automobile, Great Wall and other well-known OEMs at home and abroad. As a professional LED module company, Truly Electronics has a group of high-quality R&D teams and laboratories that meet industry standards. It can directly conduct synchronous design and development with various OEMs, and maintain a good cooperative development relationship with major IC and LED manufacturers.

Plastic overmolding is a manufacturing process that combines two or more materials into a single integrated component to enhance product strength, functionality, and surface performance. It is widely used in automotive, electronics, medical devices, and industrial tools where both durability and ergonomic design are required. The process typically involves molding a second material, such as TPE, TPU, or silicone, onto a pre-formed rigid substrate made of plastic or metal. This creates a strong bond through thermal fusion, mechanical interlocking, or chemical adhesion depending on material compatibility.

In modern production, plastic overmolding improves product performance by reducing assembly steps and increasing structural integrity. It allows manufacturers to design components with soft-touch surfaces, improved grip, insulation, or sealing functions without additional parts. Proper mold design, temperature control, and material selection are essential to ensure stable bonding and prevent defects such as delamination or warping. With increasing automation, overmolding is becoming more efficient, consistent, and suitable for high-volume industrial applications.

 
 

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