carbon deposits and maintain engines. The components of polyether amine (PEA), polyethylene butylamine (PIBA), and polyamine (PBA) in clean fuel additives can effectively clean carbon deposits in areas such as intake manifolds, valves, and fuel injectors. The maintenance type fuel additive focuses more on gently maintaining the engine's condition, with relatively less usage, similar to mild nutritional supplements.
Innovation in power enhancement technology: Power enhancement fuel additives solve problems such as insufficient power and fault codes caused by fuel quality in vehicles by adding metal compounds such as MMT (manganese). This technological breakthrough enables fuel additives to directly improve the power performance of vehicles without changing fuel quality.
Research and development of multi effect integration technology: Some innovative fuel additives adopt multi effect integration technology, which can simultaneously achieve multiple functions such as cleaning, maintenance, and power enhancement. This technological breakthrough not only simplifies the vehicle maintenance process, but also improves the effectiveness of fuel additives.
Enhanced stability: Fuel additives using aviation grade fuel addition technology have been effectively improved in terms of stability, volatility, oxidation resistance, explosion resistance, and cleanliness. This technological breakthrough enables fuel additives to maintain stable performance in a wider range of environments, improving their effectiveness.
Overall, breakthroughs in fuel additive technology are mainly reflected in improving cleaning and maintenance effects, innovating power enhancement technologies, developing multi effect integrated technologies, and enhancing stability. These breakthroughs not only improve the performance of fuel additives, but also meet the progress of automotive technology and people's demand for higher performance gasoline. With the continuous development of technology, it is believed that there will be more breakthroughs and innovations in fuel additive technology in the future.
