|Product Name:||HHO Carbon Cleaner||Water Consumption:||0.7L/h|
|Gross Weight:||160kg||Package:||Wooden Case|
Intake Manifold Cleaner Automotive Carbon Cleaner OEM Available Carbon Remover
HHO carbon cleaner is a new carbon cleaning machine for automobile, which is developed for cleaning carbon based on our Hydrogen generator. It produces hydrogen gas and oxygen gas by electrolyzing water. Gas mixture of hydrogen and oxygen could promote burning well, and it’s also called Brown Gas. HHO Flame has some characteristics, like adhering to the inwall, catalysis, and high temperature. When it burning, it could burn completely the oil dirt on the engine inwall, and generate moisture after burning. It could burn the oil dirt while melting it. Finally all are discharged and flown out from the engine.
|Voltage||AC 110V~380V single phase|
|Gas Output||1500L/h ±10%|
|Working Pressure||≤0.2 Mpa|
|Ambient temperature range||5°C~50°C|
|Usage||Car carbon cleaning|
Feature and Advantages:
1. Easy Operation.
2. 100% of safety
3. Prolong the engine lifetime
4. Reduce the air pollution
5. Reduce the engine noise
6. Improve the engine power
7. Reduce oil consumption
8. There is no harmful gases exhaust.
9. No chemical cleaning agent dripping in the engine
Q1: What type of car can use your service?
A1: All petrol, diesel or LPG vehicles trucks buses.
Q2: When I need to carbon buildup out of engine
A2: We recommend servicing your vehicle every 15,000km or 6 months, whichever come first.
Q3: How long does it take to clean my car with HO1500?
A3: About 20~60min (adjustable).
Q4: What is the biggest feature of HO1500?
A4: Environment friendly, no medical component, no corrosion to auto parts, no any side effects, no generate hydrocarbons, carbon monoxide, or carbon dioxide.
Gasoline is a heavy molecular chain hydrocarbon with many carbon-hydrogen bonds. The intermediate product produced by the combustion process is CO. According to theoretical analysis and experimental detection, CO is in the case of pure air, even at a temperature of 700 °C. The burning is also incomplete. However, after the introduction of hydrogen and oxygen molecules and hydrogen and oxygen radicals, the combustion is significantly accelerated. At the same time, because the temperature of the oxy-hydrogen flame is as high as 2800 degrees, any flame retardant carbide will gradually burn out.