Just drive

it!

SPEND THIS SUMMER DRIVING YOUR CAR, NOT MAINTAINING IT. BestLine Engine Treatment reduces friction and therefore the heat that is generated in the engine. BestLine helps break the vicious cycle of heat from friction expanding the metal resulting in more friction, which may ultimately cause engine failure. Conventional oil becomes less viscous at elevated temperatures and flows away from the heat. However BestLine is actually attracted to any hot spots. These hot spots are areas where tighter engineering tolerances make for increased friction and therefore more heat and wear. With the increased temperature there will be an increase in available charge, which attracts more of the BestLine molecules, bonding them to the metal surface. This provides crucial increased lubrication of the metal where it is needed most.

Perry Anderson, VP of Business Development.

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Many years ago, Ron Sloan, the president and inventor of the BestLine patented products worked for a very large petroleum company. While his role was research and development, he found a new combination of non-hazardous chemicals that would revolutionize the lubrication, tribology sector. This formula is superior for equipment protection and is environmentally safe. This new product was ahead of its time so the large petroleum company wasn't interested. Ron took the idea and developed his own company. BestLine is now the leader in lubrication.

Spend this summer Driving your car

Not Maintaining It

We believe that everyone needs high quality engine protection that can prove it's claims. BestLine has 52 Worldwide patents and years of lab evidence that BestLine Engine Treatment really can improve engine life by 80%. No other brand of oil additive or engine oil can make that claim. BestLine helps break the vicious cycle of heat from friction expanding the metal resulting in more friction, which may ultimately cause engine failure. Conventional oil becomes less viscous at elevated temperatures and flows away from the heat. However BestLine is actually attracted to any hot spots. These hot spots are areas where tighter engineering tolerances make for increased friction and therefore more heat and wear. With the increased temperature there will be an increase in available charge, which attracts more of the BestLine molecules, bonding them to the metal surface. This provides crucial increased lubrication of the metal where it is needed most.