To meet the demand for lightweight brake discs of new energy vehicles, our company has independently developed multiple series of composite brake discs with rivet connection, bolt connection and steel column connection. These products achieve a weight reduction of up to 25%-30%, delivering superior driving comfort and energy efficiency.
The bolt-connected brake disc series maintains axial and radial degrees of freedom of the product under high-temperature conditions, prevents DTV increment caused by conical deformation of brake discs, and thus effectively suppresses brake judder.The steel column-connected series integrates multiple casting and assembly processes. While realizing lightweight design, it meets the general applicability requirements of most vehicle models on the market.

• Rivet
  Connection  
• Bolt
  Connection  
• Steel Column
  Connection  

To satisfy auto enthusiasts' extreme demand for outstanding braking performance and personalized appearance, our company grandly launches brand-new two-piece brake discs. They adopt revolutionary innovation compared with traditional one-piece full cast iron discs and achieve three core breakthroughs.

• Lightweight Design Boosts Performance

  Compared with traditional one-piece discs, the two-piece design greatly reduces unsprung weight and cuts inertial loss caused by unsprung mass. It can not only effectively lower fuel consumption, but also deliver lighter steering feel and more responsive braking, greatly upgrading overall driving control performance.

• Customization Highlights Personality

  Breaking the appearance limitations of one-piece discs, the two-piece structure supports personalized appearance customization. Classic drilled or slotted patterns, exclusive colors and brand logos can all be easily customized, turning the brake system into a unique symbol that showcases the owner’s taste.

• Durability Sustains Quality

  It retains the high wear resistance of full cast iron materials. Meanwhile, the two-piece structure optimizes heat dissipation channels to effectively mitigate brake fade, improve braking stability and extend component service life, balancing outstanding performance and long-term durability.