1.High Energy Density: Refined oil has a high calorific value, providing efficient energy output, making it highly suitable for engines and other power equipment.
2.Low Pollution Formulation: Refined oil undergoes refining and blending processes to meet environmental standards (such as low-sulfur fuel oil and clean gasoline), reducing pollutant emissions during combustion.
3.Component Stability: Refined oil maintains a stable ratio of hydrocarbons and chemical properties, ensuring combustion efficiency and equipment protection.
4.Volatility and Viscosity: The volatility and viscosity characteristics of refined oil products vary by type. For example, gasoline has higher volatility, while diesel and fuel oil are more viscous.
5.Wide Applicability: Refined oil can be specially formulated according to the requirements of different equipment to enhance engine performance, reduce wear, and extend equipment lifespan.
Common Types of Refined Oil:
Gasoline: Used in automotive and motorcycle engines, it has high combustion efficiency and good ignition properties.
Diesel: Used in heavy-duty vehicles and generators, it possesses high calorific value and combustion efficiency.
Kerosene: Primarily used in aircraft engines, it can also be used in heating equipment and has a lower freezing point.
Fuel Oil: Used as fuel for ships and industrial boilers, it has high viscosity and calorific value, making it suitable for large-scale combustion equipment.
Refined oil, with its stable performance and high efficiency, is widely used in transportation, industry, and civilian sectors, driving efficient operations and sustainable development across various industries.