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  • Understanding Oil Specific Gravity: Factors & Variations
    It's impossible to give a single "lower specific gravity of oil" because the specific gravity of oil varies widely. Here's why:

    * Different Types of Oil: There are many types of oil, including crude oil, refined oil, and various oil products (gasoline, diesel, etc.). Each type has a different chemical composition, which affects its density.

    * Composition: The specific gravity of oil depends on the proportion of hydrocarbons present. Lighter hydrocarbons like methane and ethane result in a lower specific gravity, while heavier hydrocarbons like asphalt and paraffin result in a higher specific gravity.

    * Temperature: Specific gravity changes with temperature. A higher temperature generally results in a lower specific gravity.

    Here's what you can generally know:

    * Oil is typically less dense than water. This is why oil floats on water. Water has a specific gravity of 1.0, while most oils have a specific gravity between 0.7 and 0.9.

    * The specific gravity of oil is often used to assess its quality and value. For example, lighter oils (with lower specific gravity) are generally considered more desirable because they contain a higher proportion of lighter hydrocarbons, which are more easily refined into gasoline.

    If you need a specific gravity for a particular type of oil, you'll need to consult technical specifications or data sheets.

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