As the core lifeblood of vehicle safety, the performance of the braking system directly affects driving and riding safety as well as the overall vehicle experience, and has always been a core concern for high-end automotive customers. In March 2024, the company achieved a major technological breakthrough in the field of brake disc research and development, successfully developing a new generation of high-performance perforated brake discs suitable for the Titanium 3 model. The core products include HTE-3502011_ rear brake discs, SZE-3501011_ front brake discs, and SZH-3502011_ rear brake discs. Inject strong new impetus into the company's sustainable development through technological innovation.

(SZE-3501011_ Front brake disc)

This research and development focuses on the core pain points of the braking system and aims to achieve a leap in product capabilities through multi-dimensional technological innovations. In terms of structural design, the layout of the holes and the parameters of the hole diameters have been optimized to significantly enhance the heat dissipation efficiency, effectively prevent the degradation of braking performance in high-temperature environments, and ensure braking stability under extreme working conditions. In terms of material upgrading, high-strength wear-resistant alloy materials are selected and combined with precise heat treatment processes, significantly enhancing the wear resistance of the brake discs and extending the product's service life. In terms of energy-saving design, through the optimization of lightweight structure, the driving resistance of the entire vehicle is reduced, which helps to lower the energy consumption of the entire vehicle and aligns with the green development trend of new energy vehicles.

The successful development of the HTE-3502011_ rear brake disc, SZE-3501011_ front brake disc and SZH-3502011_ rear brake disc not only precisely meets the strict requirements of the Titanium 3 model for high-end braking components, but also strengthens the company's technical advantages in the field of high-end automotive parts with outstanding performance and reliability. This technological breakthrough is not only a concentrated demonstration of the company's R&D strength, but also responds to the development trend of the automotive industry upgrading towards safety, energy conservation and high quality, laying a solid foundation for deepening cooperation with high-end automakers and expanding market share in the future.