Traditional production methods tend to rely on mineral oils as base oils, while modern fully synthetic engine oils are entirely synthetic. This shift in production methods results in fully synthetic oils with better oxidation stability, viscosity index and fuel economy. In addition, through advanced chemical reaction technology, fully synthetic engine oils are better able to adapt to a wide range of extreme operating conditions, providing comprehensive protection for the engine.
Advances in additive technology have also brought significant advantages to fully synthetic engine oils. Modern additive formulations can significantly improve the performance of oils while inhibiting the production of harmful substances. For example, certain additives can prevent the formation of sludge and improve the cleanliness of the oil; Other additives neutralize acids and reduce corrosion of engine components. Advances in these additive technologies have made fully synthetic engine oils more capable of protecting engines.
Fully synthetic engine oil manufacturersThe advantages of the product are also reflected in the excellent antioxidant properties. Compared with traditional mineral oils, fully synthetic oils have better stability and are not prone to oxidation and deterioration. This means that fully synthetic engine oils remain lubricated for longer periods of time during use, reducing the frequency of changes and associated maintenance costs.
AsFully synthetic engine oil manufacturersThe synthetic engine oil developed by the company is a low-ash environmentally friendly engine oil refined by using imported fully synthetic, high flash point, low evaporation loss, and good low-temperature fluidity basic raw materials, supplemented by imported brand additives, which has good low-temperature starting performance and high-temperature lubrication performance, and is suitable for full-time use in various regions. It has a low sulfate ash content, which effectively avoids the occurrence of low-speed pre-ignition, improves vehicle fuel economy, and helps vehicles achieve lower emissions. The use of excellent anti-wear and anti-wear additives reduces component wear, effectively extends engine life, and is better resistant to oxidation and deterioration caused by high temperatures.