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HYDRAULAN ® contains highly effective additives which reliably protect the various metals in the braking system (e.g., steel, cast iron, aluminum, brass and copper) against both oxidation and corrosion. Corrosion ProtectionĬorrosion within the brakes system, leads directly to slower responsiveness, can cause blockages in the system or in the worst case lead to the integrity of the sealed brake system being broken. HYDRAULAN ® brake fluids have an extremely low viscosity, particularly at low temperatures and therefore give optimal brake responsiveness. Lower viscosity fluids transfer the force more readily than higher viscosity fluids and therefore it is essential that the brake fluid does not become too viscous at lower temperatures. The hydraulic force generated through the actuation of the brake pedal needs to be transmitted to the wheel brakes instantly. Viscosityīraking takes place in fractions of a second. Because of their high boiling points and chemical properties HYDRAULAN ® prevents the formation of bubbles and this potential failure of the brake system.
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When this happens a failure known as “vapor lock” occurs and the force applied to the pedal is not transmitted to the brake cylinders. If the boiling point of the brake fluid is exceeded vapor bubbles form in the brake fluid, which, unlike liquids are compressible. During braking the heat of friction can heat the brake cylinders and the brake fluid to temperatures in excess of 150 ☌. As the water content of the brake fluid increases the boiling point of the brake fluid decreases. On average, the brake fluid in a vehicle absorbs up to 1,5 % water per annum. The absorption of water into the brake system from the environment can never be totally prevented.