No matter how harsh the environment or how extreme the temperature, you’re sure to find a Molykote® brand lubricant worthy of the challenge. When you specify maintenance products from Dow Corning, you’re specifying the results of more than 60 years of innovations by a world leader in lubrication technology. With dedicated global research and development operations, Molykote brand lubricants from Dow Corning bring you the best in assembly and maintenance technology from around the world. Our knowledgeable sales professionals will help you choose the right lubricating product for your unique maintenance needs.
Now get Molykote products from India'a leading distributor for Molykote products - Project Sales Corporation.
2. Molykote® lasts 5 times as longer
and more
In applications where conventional mineral oils
gave a life of x, Molykote® gave 5x.
In the following page, you will see how.
It does make sense to look at the total cost (labour
costs, downtime costs, machine breakdown and
repair costs, etc) which does not increase when
shifting to pure hydrocracked base fluids from
Molykote®.
3. Molykote® vs. Conventional
Mineral Oils
Conventional contains 13- Molykote contains < 10 ppm
15,500 ppm sulphur (1% of sulphur.
total). This forms acid with
water.
Also contains 150 ppm water In Molykote water contents
when new. Increases gradually. remain low over all life.
At 550-700 ppm water, bearing
wear occurs. Water in bearing
>100 ppm can reduce bearing
life by 30-80%.
Conventional mineral oil due to Molykote contains over 99%
water contamination have a saturates and does not
weak lubricating film, form rust allow for water to enter the
and abrasive wear, and emulsify
lubricating oil molecules.
with water for permanent
damage to component.
4. Benefits of Molykote® for Indian
Conditions
High humidity results in water contamination. This
dissolved water is not visible but can do lot of
insidious damage. Molykote formulated from
hydrocracked base stocks with proprietary additive
technology can –
Outlast the service life of conventional mineral oils by 5 times
due to its resistance to emulsification, as it can defers the
ageing process by not providing any site for the oxidant to
bond on the lubricating molecules. This protects equipment
from premature wear.