Modification disk

       With the continuous improvement of car performance, modified brake discs have gradually become the choice of car owners and racing enthusiasts who pursue driving experience due to their performance and customization characteristics. The following is a detailed introduction to the technical characteristics, advantages, and application scenarios of modified brake discs.
       1、 Technical features
       Punching and marking design: Modified brake discs usually use punching or marking design, which not only increases the heat dissipation performance of the brake disc, but also scrapes off the powder worn by the brake pads during the braking process, improving the braking force. For example, the marking disc discharges brake powder through the wire groove, improving braking force and high temperature resistance.
       Ventilation structure: Many modified discs use ventilation structures to increase air circulation through internal air ducts, thereby improving heat dissipation efficiency. This design is particularly important during continuous braking, as it can effectively reduce thermal attenuation.
       Lightweight design: The retrofit disc usually adopts a lightweight design, such as a split structure, to reduce unnecessary weight, lower unsprung mass, and improve vehicle handling performance. For example, split brake discs are designed with floating screws to control thermal expansion and contraction, reducing weight.
       Material selection: There are various materials for modified brake discs, including high-performance materials such as carbon ceramic and ceramic. These materials have higher heat resistance and wear resistance. For example, carbon ceramic brake discs can maintain stable braking performance even at high temperatures.

       2、 Advantages
       Improving braking performance: The modified brake disc significantly enhances the braking effect by increasing heat dissipation and friction coefficient. For example, the punching and marking disc can still maintain good braking performance at high temperatures, making it suitable for intense driving and track use.
       Reducing weight: Lightweight design not only reduces the unsprung mass of the vehicle, but also improves its acceleration performance and fuel economy. For example, split brake discs improve vehicle handling performance by reducing weight.
       Improving heat dissipation performance: By using ventilation structure and perforated design, modifying the brake disc can effectively reduce the temperature during braking and minimize thermal attenuation. This is particularly important for continuous braking and high-speed driving.
       Enhanced durability: The use of high-performance materials such as carbon ceramics and ceramics improves the durability and wear resistance of brake discs. These materials can maintain stable physical properties at high temperatures.
       3、 Application scenarios
       High performance cars and racing cars: Modified disc brake discs are widely used in high-performance cars and racing cars, such as sports cars, racing cars, etc. These vehicles require stable braking performance during high-speed and intense driving. For example, carbon ceramic brake discs have become the choice for racing cars and high-performance sports cars due to their thermal degradation resistance.
       Modified car market: Modified brake discs are also favored by modified car enthusiasts. By replacing the original brake discs and modifying the discs, the braking performance and handling experience of the vehicle can be significantly improved. For example, many car owners choose large-diameter modified discs to increase braking torque and improve braking effectiveness.
       Daily driving: Although modified brake discs are mainly used in high-performance and modified car markets, they can also provide better braking performance and safety in daily driving. For example, ventilation discs and lining discs can provide more stable braking effects in daily driving.
       The modified disc brake disc has become the choice of car owners who pursue high performance and driving experience due to its technical characteristics and significant advantages. Whether it's the high-performance car, racing car, or modified car market, modified disc brake discs can provide stronger braking performance, lighter weight, and better heat dissipation. By selecting suitable modified brake discs, car owners can not only improve the performance of their vehicles, but also enjoy higher safety and handling experience during driving.