brake fluid

Magnum Group offers a premium selection of brake fluids designed to meet the highest automotive standards. The Magnum Brake Fluid DOT-3 is a high-quality synthetic fluid formulated to excel in automotive brake and clutch systems. With a high viscosity index, it delivers superior performance across a wide temperature range. Meeting the specifications of SAE J1703 and FMVSS 116 DOT-3, this fluid provides excellent vapor lock characteristics, compatibility with rubber seals and hoses, and effective corrosion protection for metals. Its synthetic composition ensures resistance to moisture absorption, and it boasts high dry and wet boiling points, making it a reliable choice for demanding applications.

For elevated performance requirements, Magnum Brake Fluid DOT-4 stands out as a top-tier synthetic fluid in the automotive industry. It shares key features with DOT-3, such as excellent vapor lock characteristics, compatibility with rubber components, and corrosion protection. This fluid, meeting SAE J1703 and FMVSS 116 DOT-4 specifications, goes further with a higher viscosity index, ensuring superior performance across an extended temperature range. With synthetic fluid properties, good wear and corrosion protection, resistance to moisture absorption, and high boiling points in both dry and wet conditions, Magnum Brake Fluid DOT-4 guarantees optimal braking performance and system longevity.

Magnum’s commitment to quality and safety is evident in its brake fluid lineup. These fluids are not only miscible with other synthetic fluids of similar quality but also offer reliability in diverse conditions. Whether it’s the DOT-3 or DOT-4 variant, Magnum Brake Fluids provide the necessary characteristics to keep automotive brake and clutch systems operating at their best, ensuring safety and performance on the road. 

Explore Magnum’s Brake Fluid category to discover a range of high-performance synthetic fluids designed to meet and exceed industry standards. Whether you choose DOT-3 or DOT-4, Magnum Brake Fluids are engineered for reliability, safety, and optimal braking performance in various automotive applications