During long-term diesel engine operation, incomplete combustion, fluctuating fuel quality, and high-temperature and high-pressure environments collectively lead to a common and insidious problem: the persistent accumulation of in-cylinder deposits.
The function of detergent dispersants in gasoline fuel enhancers has evolved from simple carbon deposit removal to active maintenance of octane number stability.
In modern internal combustion engines, combustion efficiency depends not only on the energy density of the fuel itself, but also on the physical state and chemical reaction process of the fuel within the combustion chamber.
In today's world of efficient power and green mobility, diesel fuel enhancers, with their superior technological capabilities and comprehensive performance improvements
Over the long-term operation of modern gasoline engines, carbon and colloid deposits inevitably form in the fuel system. These harmful substances primarily appear in key areas such as the injectors, intake valves, combustion chamber, and throttle.
Diesel fuel enhancers, particularly active organic nano-bio additives, improve diesel combustion efficiency through a complex but effective series of mechanisms.
