Jet fuel is the fuel for jet engines, and its usage requirements are as follows:

Aviation kerosene boasts excellent combustion properties, including a high calorific value, stable burning, resistance to extinguishing due to changes in working conditions, ease of restarting after extinguishing, complete combustion, and minimal carbon residue formation.

2. Aviation kerosene stability includes storage stability and thermal stability.

The low-temperature performance of aviation kerosene refers to its ability to pump and filter smoothly in the aircraft's fuel system at low temperatures, without blocking the filter due to the formation of hydrocarbon crystals or the freezing of water content, which would otherwise affect fuel supply.

Aviation kerosene corrosion is categorized into two types: liquid phase corrosion and gas phase corrosion.

5. The cleanliness of aviation kerosene is crucial, as the precision of the components in a jet engine fuel system is extremely high; even minute particles can cause malfunctions in the fuel system.

The electrostatic properties of kerosene can generate and accumulate a large amount of static charge at the oil surface during high-speed fuel pumping due to friction, with potential reaching thousands to tens of thousands of volts.

7. Jet fuel's lubricity is crucial in jet engines, as the fuel pumps rely on the fuel they pump for lubrication.