Solutions for Various Automotive Sunroof Sealing Issues

In the pursuit of excellence in automotive manufacturing, every detail impacts vehicle performance and user experience. As a critical component of automotive sunroof systems, the performance of corner joint materials directly affects a vehicle's sealing capability and service life.

Shandong Trifon New Materials Co., Ltd. has been dedicated to the thermoplastic elastomer (TPE) field for over a decade. Through continuous R&D innovation and stringent quality control, the company has become a leading domestic supplier of specialized TPE materials for automotive sunroof corner joints.

Trifon's next-generation TPE material features a unique molecular structure design, maintaining exceptional elastic recovery even in extreme temperatures ranging from -40°C to 120°C. This effectively resolves the issues of traditional rubber materials, which are prone to brittleness in low temperatures and deformation in high temperatures.

Trifon's TPE material adopts an eco-friendly formulation, free from harmful substances and compliant with international environmental standards. The product offers excellent processability, suitable for various molding techniques such as injection molding and extrusion, and forms strong bonds with substrates like PP and ABS. We can customize materials with different hardness levels, colors, and functional properties based on customer requirements, helping optimize production processes and improve product yield.

Currently, our TPE materials have been successfully applied to sunroof corner joints in several renowned automotive brands, effectively addressing common issues with traditional materials such as premature aging and poor sealing performance.

Trifon maintains a comprehensive quality control system, conducting thorough testing from raw materials to finished products to ensure batch-to-batch consistency. We provide professional technical support and rapid sample services. Automotive parts manufacturers are welcome to inquire about collaboration.