New energy brake discs

Differences from traditional brake discs

Lighter weight: New-energy vehicles have high demands for lightweight design, as reducing the vehicle’s body weight can extend its driving range. Brake discs made from materials such as carbon-ceramic and ceramic are significantly lighter than traditional cast-iron brake discs, which helps enhance the vehicle’s overall performance.

Strong resistance to thermal fade: Although new-energy vehicles have heavier bodies and their kinetic energy recovery systems reduce brake usage to some extent, brake discs still need to withstand significant heat under emergency braking or continuous downhill driving. New-energy brake discs exhibit superior high-temperature resistance, effectively preventing thermal fade and ensuring braking safety.

Compatibility with Intelligent Driving: New-energy vehicles are typically equipped with intelligent driving systems that place higher demands on the responsiveness and precision of brake discs. Some new-energy brake discs, such as carbon-ceramic brake discs, can meet the millisecond-level response requirements of wire-controlled braking, providing precise braking control for autonomous driving systems.