GX-80A Free-dismantling engine fuel system cleaning machine

GX-8 0 A Free-dismantling engine fuel system cleaning machine With Endoscope
Engine carbon deposits seriously affect driving performance :

Today's automotive industry adopts high technology to design complex fuel metering and combustion control engines, and uses computer monitoring to make the engine run at an unimaginable level of precision, which not only makes the car more fuel efficient, but also
greatly reduces engine exhaust emissions. However, the more sophisticated the engine is manufactured, the lower the tolerance of the engine is. If the fuel system and the combustion system are fouled, the engine efficiency will be reduced immediately, which will seriously affect the driving performance.
The three areas where are most prone to be fouled in the engine:
1.Fuel System
2.Injector needle valve
3.Combustion chamber—including cylinders, pistons, cylinder heads, valve assemblies, and intake valves.
Engine Fouling and effects:
The fouling generated by the engine includes: Gum, Shellac, Varnish and Carbon. Due to the difference in the quality of the gasoline, the incorrect driving habits, stopping due to congestion and poor air quality and other factors will inevitably lead to the formation of combustion pollutants in the engine. These pollution deposits are first produced by the fuel injector needle valve because the diameter of the needle valve is 0. 0 0 2 inches. It is equivalent to the size of human hair. Once the fouling forms a blockage, it will immediately affect its original atomization spray oil supply performance. As long as 10% of the fuel supply is restricted, the fuel can't be burned completely , which also increases carbon deposit. When the carbon accumulation in the engine reaches a certain level, the entire oil supply system is not smooth, the engine function is attenuated, causing jitter in acceleration, weak power even fuel is consumed, and difficulty in starting, intermittent flameout, harmful exhaust emissions and temperature rise, driving performance will gradually decline. Experiments have shown that additives can penetrate into the engine to cause deposits, especially intake valves. At this time, it is not only difficult but also costly and time-consuming to eliminate these deposits. In addition, the function of the additive is limited in a short time. It may have other effects on the engine, such as oil gelation or waxing, fuel pump premature wear, engine operating temperature rise, and increasing amount of contaminant dissolved in the tank. Other engine carbon removal methods, such as drip, spray and disassembly, are not only limited to carbon removal partial area, but also are too time consuming (the engine takes one to two days to disassemble), and it cannot achieve economic and profitability demand. The GX-8 0 A Free-dismantling engine fuel system cleaning machine developed by our company, combined with
the most effective patented carbon removal cleaning agent, is the best tool for solving the engine carbon deposit. It can be used with regular car maintenance and special carbon removal. No need disassemble the engine, only use the connector to connect with the engine oil supply pipe, plug the engine return pipe with a plug, and add a fixed fuel mixture carbon removal agent, let the decarburizer enter under the normal operating conditions of the engine. It can dissolve the carbon deposits, colloidal and lacquer pollutants in the injector needle and combustion chamber components within 30 minutes, and then release them from the vehicle exhaust system through the cycle decomposition process. The process can recover the vehicle performance ,make the start smoothly and easily to accelerate, save fuel and reduce air pollution. When should we remove the carbon deposit in engine? In modern times, it is necessary to clean carbon deposits in every 50,000 to 2 - 2 0 0 0 0 km driving so that the engine can play the performance of the new car from time to time. Engine fuel system free-dismantling cleaning machine is a revolutionary improvement method.

Parameters of GX-8 0 A :

Structure: