Coolant filters are used on most types
of diesel engines. These filters help to maintain proper engine
heat transfer by filtering solid contaminants from the coolant
and by minimizing corrosion and deposits in the cooling system.
| Properly
installed and maintained, coolant filters help to provide:
|
 |
A clean, well-functioning engine
cooling system. |
|
Proper engine heat dissipation.
|
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Engine efficiency through improved
heat conductivity. |
|
Method to introduce necessary Supplemental
Coolant Additives (SCA's) when required. |
Coolant filters mechanically filter the coolant through a fine
media, removing impurities such as sand and rust particles suspended
in the cooling system. The coolant filter also conditions the
coolant by softening the water to minimize scale deposits, maintains
a neutral to slightly alkaline condition in the coolant, and
prevents rust.
Corrosion Inhibitors
In some applications, a corrosion inhibitor (SCA) is placed
in the coolant filter. This inhibitor dissolves into the coolant,
forming a protective film on all metal surfaces in the cooling
system. The inhibitor is a combination of chemical compounds
blended to provide corrosion and cavitation erosion protection,
pH control and water softening. |
