Motul RBF700 Racing Brake Fluid

Motul RBF700 Racing Brake Fluid

• A high-performance brake fluid developed to offer highly consistent and maximum braking power at the extremes of brake temperature generated by racing carbon and ceramic brakes.
  
• Allows to minimize air vents of the brakes thus improving aerodynamic drag.
  
• Can be used with conventional steel discs
  
• Can be used for clutch systems actuators.
  
• RBF 700 responds to DOT 4 standard allowing the fluid to be used for high performance road cars applications.
  

PERFORMANCES

STANDARDS FMVSS 116 DOT 4 Extreme thermal resistance and stability: 

• MOTUL RBF 700 FACTORY LINE very high dry boiling point (336°C / 636.8°F) is superior to all conventional brake fluids DOT 5.1 (260°C / 500°F mini) and DOT 4 (230°C / 446°F mini), and therefore enables effective braking in most extreme conditions.
  
• Provides better aerodynamic performance by reducing air entrance for brake cooling.
  

Efficient when rainy: 

• MOTUL RBF 700 FACTORY LINE very high wet boiling point (205°C / 401°F) is superior to conventional brake fluids DOT 5.1 non-silicone base (180°C / 356°F mini) and DOT 4 (155°C / 311°F mini), and therefore enables to keep efficient braking in wet conditions.
  
• Brake fluids tend to absorb humidity from the air, which reduce boiling point and increase the risk to get to “vapor lock” phenomena.
  
• The wet boiling point is measured by humidifying the product with 3% of water.
  

RECOMMENDATIONS 

• Avoid mixing with polyglycol based brake fluids.
  
• Do not mix with silicone (DOT 5 silicone base) or mineral base fluids (LHM).
  
• Store brake fluid in its original container, tightly closed to prevent moisture absorption.
  
• Aggressive chemical product if contact with hands, paint or varnish.
  
• If skin contact, rinse thoroughly with water.
  

PROPERTIES

100% Synthetic fluid, polyglycol bases. 

Color Amber

Dry boiling point 336 °C / 636.8 °F 

Wet boiling point 205 °C / 401 °F

Viscosity at -40 °C (-40 °F) 1580 mm²/s

Viscosity at 100 °C (212 °F) 2.06 mm²/s