Universal DOT 4 Brake Fluid, 12 oz by Maxima Racing Oils®. The racing grade has a minimum boiling point of 600°F which assures fade-free operation under the most severe use. All three Maxima Brake Fluids are advanced glycol blends with the latest additives to maintain your hydraulic brake and clutch system in top condition and prevent vapor lock. Syn DOT 4 Hi-Temp and DOT 4 are compatible with other DOT 3 and DOT 4 brake fluids. Syn DOT 4 Hi-Temp and DOT 4 brake fluids are convenient 12 ounce bottles and DOT 5 Silicone comes in an 11 ounce bottle. Usage: For use in all hydraulic clutch and brake systems. Flush all brake systems annually. Flush all racing brake systems more frequently. Do Not Mix DOT 5 Silicone Fluid with Other Types of Brake Fluid. CA Prop 65 WARNING - This product contains chemicals known to the State of California to cause cancer, and/or birth defects or other reproductive harm.
Notes: California Proposition 65 Warning.
|Boiling Point °F: DOT 4|
|Dry (min.): 510|
|Wet (min.): 332|
- Exceeds current SAE J1703, J1S K2233 and U.S. and FMVSS116 DOT 3 & 4 specifications
- Anti-vapor lock formula
- High temperature additive system
- Syn DOT 4 600 Series and DOT 4 will mix with other DOT 3 and DOT 4 brake fluids
- Made to deliver trouble-free operation for years ahead
- Optimal protection against wear
- Proudly made in the USA
Founded in 1979 and headquartered in Southern California, Maxima Racing Oils® is recognized as one of the most coveted brands in the racing industry. More than 3 decades of active involvement in professional racing has led to powerful technology and a full array of market leading products. The company continues its heritage by playing an active role in the sport and racing communities. Maxima is a race-inspired, product driven company which formulates, develops, and manufactures high-performance oils, lubes and ancillary products. The essence of the Maxima brand is communicated through hundreds of championships with world class racers, tuners and teams who rely on Maxima for unsurpassed performance in high-stress conditions without fail.