Description:
Car Carbon Cleaner :1.100% Safe
2.Environment Friendly
3.Oil saving 20%, Energy saving 40%
4.Save time &money:20mins
Waterelectrolysis, hydrogen and oxygen reactive molecules, highefficiency, carbon removal on cleanliness --------Okay energytheory
Changsha Okay Energy aspires to be a pioneer of oxy-hydrogen carboncleaning machine for car engine in China. High-efficiency,precision and voltage stabilization and long serving life are ourmachine’s quality guarantee for a long time. Its every detaildemonstrates high quality, and good quality to win customer, So,you should believe Changsha Okay Energy oxy-hydrogen carboncleaning machine for car engine.
Oxy-hydrogen carbon cleaning machine is short for oxy-hydrogenreactive molecules carbon cleaning machine for car engine.
Oxy-hydrogen carbon cleaning machine adopts the theory of waterelectrolysis to produce hydrogen, oxygen and other reactive gas,through the hose to connect with automobile engine vacuum tube, andproducing attraction at automobile idling speed, then throughinhalation, oxy-hydrogen reactive gas get into the inside ofengine. Because of hydrogen is reactive gas, and oxygen forcombustion supporting, the combustion of oxy-hydrogen generate hightemperature vapor to soften and catalyze combustion carbondeposition inside of engine ( water gas reaction process), clean upcarbon deposition bit by bit.
Micro-cleaning process shown below:
1) Oxy-hydrogengas is sucked into the engine during engine inhalation process.
a. Hydrogen gas is very light, quickly spread around the engineroom.
b. Hydrogen gas has a great feature that is the adhesive ability.It is always adhere to the inside wall of engine where has the mostof the carbon deposition.
c. Hydrogen gas has another feature that is penetration ability,due to few hydrogen molecules, they can penetrate into the surfaceof carbon deposition rapidly.
2) Engine oil injection
3) Engine ignition
a. The first stage: oil and air adhere to the surface of carbondeposition, oxygen is lighted and produce oxycarbide (mainly carbondioxide), nitrous oxides, high temperature vapor and hydroxide ioncluster etc.
b. The second stage: water vapor, hydroxide ion cluster and carbondeposition cause high temperature water coal reaction. The carbondeposition which attached with hydroxide ion was oxidized to carbonmonoxide and further oxidized to carbon dioxide.
4) Engine Compression and working
5) Exhaust: carbon deposition exhaust as gases through exhaustsystem.
The above 5 steps as a Micro-cleaning process, the machine canclean about 0.2 micrometer (nanoscale) carbon deposition each time.According to the case which at the idle speed 720r/min, everyminute the machine can clean carbon deposition 720times, so twentyminutes can be finished 14400times. The removal of carbondeposition thickness is 14400*0.2microns=2.88mm.
After twenty minutes of carbon removal process, it may notcompletely remove all of the carbon deposition, but the engineinner wall carbon deposition go through many times of water-gasreaction by dense solid into a honeycomb structure, by not burning( colloid ) into the combustible material which can slowly burningaway(because hydrogen constantly penetrate into the carbondeposition during the carbon removal process). After stopping theequipment, carbon deposition still can be burned off slowly.
- 1. What’sthe principle of Oxy-hydrogen carbon cleaning machine for carengine and how to clean up carbon deposits from the interior ofengine?
Oxy-hydrogen carbon cleaning machine for car engine isusing the principle of water electrolysis, input the three-phaseelectric (380 V or 220 V ) to the device, through the rectifierinto a direct current (DC), and analyze water into two colorlessgases, hydrogen and oxygen, hydrogen and oxygen gases outputthrough the flashback-arrester device, then through a hose whichconnected to the car engine vacuum tube, suction into the idlespeed running car engine. Hydrogen and oxygen gases are producedhigh temperature and water vapor, hydrogen ions and oxygen ions inthe engine combustion chamber, high temperature vapor can humidify,soften the hard carbon deposit on the surface of engine combustionchamber. Reduction of the surface soft carbon deposit by hydrogenions to form easy to burn carbon based substances. Then fullcombustion of the carbon based substance with combustion-supportingof oxygen ions. In the process of each engine operation, eachcombustion of carbon deposition thickness at nanometer level,therefore, carbon deposits is discharged after combustion with thenanoparticle way or carbon dioxide gas, it does not blockthree way catalytic converter and the exhaust pipe.
2. When I need to clean up the carbon deposition?
Any one of the following problems, you must clean up carbon deposit.
1) Engine idling instability, jitter, flameout, the main reason to appear all these faults phenomena is idle speed motor and the idle channel polluted by carbon deposits. After idle channel was polluted by carbon deposit, the quantity of airflow will limit to pass, so, it need to continuously adjust idle speed motor and air throttle to maintain the normal work of the engine. On the one hand because of the carbon deposition pollution of idle speed motor and air throttle, the regulatory function was limited. On the other hand, with the carbon pollution is aggravating, idle speed motor regulatory function will reach to critical value, losing adjust ability to produce a flame out phenomena. ECU will consider fault of idle speed motor and air throttle, actually, for the sake of carbon deposition already exist in the idle speed system.
2) Power drop, bad acceleration, the major form of these faults is slow to respond to quick accelerations and response lag, it needs to run with the maximum permissible RPM, but RPM is still in need, that often makes us unpleasant. To cause this symptom mainly attribute to the following parts polluted by carbon deposition.
3) Start car in cold difficulty, engine surge, noise increasing, emissions exceeding.
4) In order to prevent carbon deposition damage your car, we suggest you use oxy-hydrogen carbon cleaning machine to clean your car after drive every 5000 KM.
3. How to judge carbon removal effect?
1) Continuously discharged dirty and black water out of the car in the process of cleaning.
2) Good accelerator performance
3) Good acceleration.
4) Remarkable fuel saving
5) Exhaust black smoke disappeared, achieving emissions testing standard
