Petrol Saver Gasoline Additives Remove Engine Carbon Deposit Save Gasoline Injector Cleaner Oil Additive

F9323 is a DIY type gasoline engine fuel system cleaning additive with excellent cleaning, dispersing, emulsion breaking, corrosion inhibition and anti-oxidation properties. After adding the required dose, the engine can effectively remove injector, intake valve and combustion chamber deposits in one tank of fuel. Injector, intake valve and combustion chamber deposits. As the product has the characteristics of easy to use, short cleaning cycle and fast results. In recent years, the product has been welcomed by the majority of drivers and is very popular in the market. At present, the main agent (terminal amino polyether) of this product has been successfully localized by Lingzhi Liaoyuan (Beijing) Energy-saving and Environmental Protection Technology Research Institute, which makes the application cost drop significantly. Therefore, F9323 is more cost-effective and suitable for professional brand operators and OEMs.

Deposit formation：
Diolefins, PAHs, and heavy sulfur/nitrogen compounds in gasoline are highly susceptible to oxidation, decomposition, and condensation at high temperatures, forming polar substances insoluble in gasoline that continue to adsorb and accumulate on metal surfaces, forming deposits that are difficult to be removed (commonly known as carbon deposits).
The impact of deposits on different parts
Injector deposits：
Poor fuel injection atomization, resulting in cold start difficulty, idle shuddering, and weak acceleration.
Combustion chamber deposits：
Affect the engine compression ratio, as well as heat dissipation performance, resulting in engine burst, cylinder pressure deficiency, exhaust emissions deterioration.
Intake valve deposits：
Causes the intake valve to close poorly or sticky valve, resulting in insufficient cylinder pressure, cold start difficulty, idle speed shaking, etc.

● The antirust property and emulsion breaking property both meet the requirements.
The emulsion breaking index can reflect whether the product is emulsified in watery fuel (usually gasoline contains 100-200ppm of water), and the failure of emulsion breaking can easily cause the gasoline filter element to be blocked and then produce poor oil supply, and even cause the engine to stall due to the interruption of oil supply. In the domestic similar products, consumer disputes caused by unqualified emulsion breaking are more common and need special attention.

The rust prevention measurement is also aimed at gasoline containing free water, as the presence of water can cause corrosion to metal, qualified products should have excellent rust prevention function, which can completely eliminate the rust damage of water to metal.

F9323 has 0% rust prevention (rust rate) after blending in gasoline at 0.5% (by volume) of the specified addition. In terms of emulsion breaking property, the interface is level 1b and phase separation is ≤2, both of which meet the quality requirements of GB 19592 "Gasoline Detergent for Vehicles" and can effectively eliminate the engine damage caused by insufficient emulsion breaking and rust prevention properties.

● Excellent oxidative stability
Due to the structural characteristics of ethylene oxide and propylene oxide, polyether products have an inherent deficiency of poor oxidative stability, and usually have a shelf life of no more than six months without nitrogen-filled storage (consult with the manufacturer). If the formulation is not oxidation stability treatment, the original excellent performance of the product will be extended with the storage time and rapid failure. The antioxidant formula is designed to prevent acidification and decomposition of the end-amino polyether, which effectively extends the safe storage period from half a year to more than 3 years.