Castrol SRF
Why use Castrol SRF?
Following exhaustive laboratory tests at Castrol's International
Technology Centre in the UK, the final formulation for Castrol SRF
was subjected to an extensive road-test programme on the Gross Glockner
and Stelvio passes high in the Austrian and Italian Alps. It then
underwent an independent track test program conducted by a famous
Formula One racing team. Their assessment was that "Castrol
SRF is the best racing brake fluid we have ever used."
Race Proven - Ultimate Racing Brake Fluid!
All conventional brake fluids used in cars and motor cycles are
hygroscopic, that is, they absorb water from their surroundings.
Strange though it may seem, the flexible hoses incorporated in braking
systems are permeable to water and in time enough, water can find
its way into the system via the hoses, and seriously affect the
brake fluid's performance. This water reduces the boiling point
of the fluid (ie, it lowers the temperature at which gas bubbles
begin to form). When these bubbles form, they turn a virtually incompressible
liquid into a mixture of gas and liquid which can be compressed
quite considerably, thus severely reducing the efficiency of the
brakes. In this situation, a driver finds that the brakes feel spongy.
Brake-pedal travel will increase and it may be necessary to 'pump'
the pedal to get the brakes to function effectively. However, when
the brake fluid reaches a temperature at which the water in the
fluid causes gas to be produced, which is equal to the volume swept
by the piston in the rake master-cylinder, vapor-lock occurs and
the brakes become inoperative. When this happens, the first indication
the driver has that something is wrong is when he applies the brakes.
The pedal goes down to the floor and the car carries on at undiminished
- and possibly fatal speed.
The silicon ester technology in Castrol SRF addresses this problem
in two ways. Firstly, Castrol SRF is less hygroscopic than conventional
brake fluids - it absorbs less water in a given time. Secondly,
unlike conventional glycol ether fluids, Castrol SRF reacts chemically
with the absorbed water to reduce its adverse effects, thus preventing
the fluid's high temperature performance and safety margins from
deteriorating as rapidly as they would otherwise do.
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Castrol SRF
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