During high-speed driving or prolonged braking, the brake system is often subjected to extreme thermal stress. Traditional brake fluids, primarily alcohols or ethers, have limited boiling points. These fluids are prone to vapor lock under prolonged high temperatures, resulting in a soft, sluggish brake pedal response. In severe cases, they can even cause brake failure, posing a serious safety hazard.

Silicone-based brake fluids, with their excellent high-temperature stability and chemical inertness, overcome the performance bottlenecks of traditional brake fluids. The silicon-oxygen bonds in their molecular structure offer exceptional thermal stability. This not only maintains stable viscosity at high temperatures, preventing boiling and bubble formation, but also ensures sensitive and reliable braking force transmission during prolonged, continuous braking.

Compared to traditional brake fluids, the core advantages of silicone-based solutions include:

Extremely high-temperature resistance: Significantly increases the boiling point, effectively preventing brake fade caused by boiling.

Sustained responsiveness: Maintains stable pedal feedback and braking force, even under prolonged and frequent braking.

Durability and protection: Chemically stable, it resists moisture absorption and degradation, reducing system corrosion caused by moisture.

Comprehensive Safety Assurance: Maintaining performance even under extreme conditions, enhancing driving confidence and safety.

Choosing silicone-based brake fluid is not only a technical upgrade for your braking system, but also an added layer of "invisible protection" for driving safety.