Our innovative product line showcases masterful manufacturing techniques. The application of carbon fiber body structural components redefines automotive industry standards. Leveraging carbon fiber's lightweight properties and high strength, combined with meticulous design by specialized technical professionals, we have achieved unparalleled vehicle reliability and service life.

We possess extensive expertise in addressing the unique demands of the aerospace sector, with a specialized focus on the research, design, and manufacturing of advanced composite materials for aerospace applications.

Our efforts are directed toward enhancing fuel efficiency through aircraft lightweighting, producing high-strength components for critical structures, and developing specialized parts for a wide range of aerospace uses. Leveraging advanced technical knowledge, we deliver high-quality composites that meet stringent industry standards. Our commitment to precision, reliability, and durability ensures that our products perform exceptionally even in extreme environments, establishing a benchmark for innovation and excellence in the industry.

Thanks to their exceptional material properties, carbon fiber and other composite materials are ideally suited for aerospace components and UAV (unmanned aerial vehicle) parts.

Gengxin has been actively involved in the application of composite materials in rail transit vehicles, leading the design of composite train shells, carriages, and doors. The use of composite materials in train shells effectively reduces the weight of the train, decreases energy consumption, and extends the lifespan of the tracks. Additionally, composite materials offer strong moldability and heat resistance, allowing them to be manufactured and processed according to the design and requirements of the train's exterior. This enhances the aesthetic appeal of the train while reducing wind resistance and noise.

In the manufacturing of train carriages and doors, Gengxin has fully leveraged the high strength, durability, and corrosion resistance of composite materials. By adopting vacuum infusion molding technology, the safety factor and service life of the vehicles have been significantly improved, maintenance costs have been reduced, and passenger comfort has been enhanced.