The effect of hydro-oxygen decarbonization on the engine:
1. Cleaning function: The hydro-oxygen decarbonization machine electrolyzes water into hydro-oxygen, enters the combustion chamber along the intake air flow direction, and then uses the high permeability and calorific value of hydro to clean the carbon deposition in the combustion chamber.
2. Increase engine compression ratio: Carbon deposition in the combustion chamber raises the compression ratio of the engine, which causes more knocking, abnormal knocking noise, and poor acceleration in the car. It is enough to burn 93% gasoline. The hydro-oxygen decarbonization machine can clean the combustion chamber, has a strong killing effect on various bacteria, and does not pollute the environment.
Carbon deposits primarily cover the piston crown, the top and head of the intake and exhaust valves, the spark plug electrodes, the fuel injection nozzles, and the combustion chamber. The presence of carbon deposits causes the engine to exhibit undesirable characteristics such as increased compression ratio, poor heat dissipation, poor spark plug ignition, and lax valve closure. When the intake valve is opened, some may flow to the intake pipe and throttle body, affecting engine operation and degrading engine performance.