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Oil vs Grease |
 Heavier coatings, such as greases, waxes and other less viscous products develop cracks as they dry, thereby allowing the infiltration and retention of humidity. This is where the power of fluid products, such as oil, is really noticed. Due to their increased fluidity, these products are able to infiltrate all the microscopic spaces and nooks in the metal. What’s more, the protective film of oil that forms on the surface of the metal is regenerated each time the product is reapplied. It bonds with the previously applied layer to form a new and improved barrier against rust.
- Oil: As shown in the illustrations, when the protective layer of oil is broken, for one reason or another, its fluidity and microscopic bond with the metal allows the product to close the gap while eliminating any humidity that may have appeared.
- Grease: Unlike oil, when a layer of grease is broken, it does not reform. And, when grease dries, it often leaves tiny cracks where water can penetrate below the surface. This creates pockets of water under the layer of grease, allowing humidity to cause damages unchecked. Keep in mind that these processes occur at the microscopic level and are practically invisible to the naked eye.
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Heavier coatings, such as greases, waxes and other less viscous products develop cracks as they dry, thereby allowing the infiltration and retention of humidity. This is where the power of fluid products, such as oil, is really noticed. Due to their increased fluidity, these products are able to infiltrate all the microscopic spaces and nooks in the metal. What’s more, the protective film of oil that forms on the surface of the metal is regenerated each time the product is reapplied. It bonds with the previously applied layer to form a new and improved barrier against rust.
