Because the molecular structure is controlled during manufacturing, these oils experience less volatility, meaning they burn cleaner and consume less oil over the life of the engine. This translates to better protection during the moments when wear is typically at its highest.
The Chemical Engineering Behind Synthetic Oil's Superior Performance
Conventional oil is a product of physical separation, where crude oil is refined to isolate the lubricating fractions. While traditional oil relies on refining crude oil to extract its base components, synthetic formulations are engineered through a series of complex chemical processes.
This has a positive environmental impact by reducing the volume of used oil that needs to be recycled. Detergents and dispersants are included to keep the engine clean by neutralizing acids and suspending contaminants.
The Chemical Engineering Behind Synthetic Oil's Superior Performance
PAO molecules are constructed by linking together small hydrocarbon chains, resulting a linear structure that resists breakdown at high temperatures. Without these sophisticated chemical blends, the base oil would degrade far more quickly under the extreme conditions of combustion.
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