FahrwunderDOT 4+ Fully synthetic brake fluid

Fahrwunder DOT 4+ Fully Synthetic Brake Fluid is a high-performance, multi-effect brake fluid engineered to deliver reliable braking performance under extreme conditions. Formulated with polyethylene glycol, it contains no mineral oil, ensuring excellent antioxidant and anti-corrosion properties. This fully synthetic fluid maintains stable viscosity, excellent low-temperature fluidity, and superior lubricity, allowing consistent power transmission even under high temperature, severe cold, high-speed, humid, or hot environments.

The advanced formulation effectively lubricates the moving parts of the brake system, including the brake pump and leather cups, extending the service life of the entire braking system. By preventing corrosion of seals and internal components, Fahrwunder DOT 4+ protects critical parts, ensures driving safety, and maintains optimal braking performance over long-term use. Its dry boiling point exceeds 260°C, and wet boiling point exceeds 165°C, providing exceptional thermal stability and preventing vapor lock under heavy braking conditions. The low-temperature kinematic viscosity is below 1350cSt, ensuring responsive braking even in cold weather.

Recommended replacement intervals are every 2 years or 40,000 kilometers, whichever comes first, with conventional manual replacement requiring 1L-1.5L and brake oil exchanger replacement generally requiring 2L-3L. Users are advised not to mix this fluid with other brands due to differing chemical compositions. Available in 1000ml packaging, Fahrwunder DOT 4+ Fully Synthetic Brake Fluid is suitable for modern vehicles requiring high-performance braking solutions.

Designed with OEM and ODM customization in mind, Fahrwunder offers private labeling and tailored packaging solutions to meet specific client requirements. This brake fluid is ideal for automotive manufacturers, service centers, and distributors seeking a reliable, high-performance brake solution that combines safety, durability, and adaptability for diverse driving conditions.