On October 24-25, 2023, the “2023 Braking Annual Conference” was successfully held at the Optics Valley Hilton Hotel in Hongshan District, Wuhan. This annual conference attracted a total of 800+ guests and gathered nearly 100 partners. Huirui appeared as an exhibitor of metal surface repair and remanufacturing of parts in the automotive industry.
Regarding the brake disc venue, Huirui brought samples, brochures, etc. of laser-clad brake discs to this exhibition, attracting many domestic and foreign customers who want to seek further cooperation, demonstrating Huirui’s leading high-performance products in China The comprehensive strength of metal parts additive manufacturing equipment and technical service providers.
This conference allowed more guests to see the possibility of additive manufacturing technology in the automotive braking industry. Huirui also looks forward to communicating and cooperating with users in more fields and regions to jointly discuss the development trends of braking systems and exchange ideas. The latest research results and practical experience provide useful ideas and directions for the development of braking systems.
Brake disc application background
About a quarter of the harmful particulate matter on the road comes from dust generated by car brakes. The 2023 Euro 7 standard sets additional limits on brake particulate emissions for all vehicles for the first time. The international market requires brake discs that are more wear-resistant and reduce emissions. As a major innovation in modern transportation, electric vehicles have shown great advantages in environmental protection and energy saving. Their braking systems use both traditional mechanical braking and the introduction of advanced electronic braking technology. The dual guarantee method effectively improves the braking performance of electric vehicles, but at the same time, because it reduces the number of frictions between the brake disc and the brake pad, the traditional brake disc is more likely to accumulate rust, causing performance degradation.
Huirui high-speed cladding brake disc
The high-speed laser cladding technology developed by Huirui coats traditional brake discs with a wear-resistant surface, significantly reducing harmful particulate matter emissions during the braking process; the cladding layer can also provide anti-corrosion functions for the brake discs, especially for vehicles that use motor braking. New energy electric vehicles. In the future, thanks to high-speed laser cladding technology, the service life of brake discs will be longer and the number of replacements will be greatly reduced.
