The distinction lies in the uniformity of the molecules; full synthetics have fewer impurities, allowing them to perform consistently across a wide temperature range. Engineers conduct dynamic tests that simulate the extreme pressures and temperatures found in modern engines.
Building a High Purity Chemical Foundation for Synthetic Oil
To achieve the desired properties, manufacturers utilize a process called synthesis. Refinement and Additive Integration After the core synthetic base is created, the focus shifts to refinement and customization.
This involves breaking down the base stock into individual molecules and then rebuilding them to a specific configuration. The Fundamental Building Blocks The journey of synthetic oil begins with selecting a high-purity chemical foundation.
Building a High Purity Chemical Foundation for Synthetic Oil
Manufacturers typically choose one of two primary paths: gas-to-liquid (GTL) or coal-to-liquid (CTL) processes. A synthetic blend combines conventional base oils with a smaller percentage of synthetic additives, offering a cost-effective upgrade.
More About How is synthetic oil made
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