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Why Synthetic Oils?
Synthetic
oils were originally designed as petroleum substitutes, but it soon became clear
that these "designer"
lubricants have significant advantages over their naturally occurring
counterparts. WRL191S possesses an appreciably different molecular
structure than organic lubricants, resulting in such advantages as:
 | Slipperier
properties, reducing friction and wear |
 | Wider operating temperature
ranges (-110 to + 380 F) |
 | Non-flammability, making
WRL1919S perfect for dangerous environments |
 | Less toxic than many natural
lubricants, ideal if human contact is likely |
 | Non-water soluble, keeping
the oil in-place in wet applications |
 | Biodegradable, minimizing
environmental impact |
 | Able to penetrate rust & old
lubricants, simplifying maintenance & restoration tasks |
 | High electrical resistance
for use around potentially dangerous power sources |
 | Resistance to hardening and
does not become tacky, improving its lifespan |
 | The ability to revitalize
leather and rubber, adding to their versatility |
WRL191S offers extreme pressure
qualities including an ASTM 266 four ball weld point of 250 Kg. This compares
favorably to the weld point of gear lubricants. This also indicates high
lubricity and it is less than a 10 weight oil compared to gear lubricants which
are 90 weight or above. It offers excellent corrosion resistance in many harsh
environments such as salt water, acidic conditions, etc.
Cost Effectiveness
It's a common
misconception that WRL191S is more expensive than the general purpose lubricants
you have probably been using for decades. But because you will use less of our
product, and because it stays on the job longer and protects better, WRL191S
actually costs less per-ounce in actual use. So before you pick up a can of
something with a lower price tag remember that you are purchasing what's inside
the can, not the can itself. This is particularly true when you compare the cost
of storing and using hazardous materials rather than our environmentally
friendly synthetic. For a detailed comparison click here
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