Best Engine Carbon Deposit Cleaner Decarbonizing Treatment For All
Cars
What is the impact of carbon on the car?
1. Increase vehicle fuel consumption
2. Reduce engine power
3. Make the vehicle shake when the vehicle is idling
4. Lead to excessive vehicle exhaust emissions
5. It is not easy to catch fire when the vehicle is started.
6. When the carbon deposit is serious, it will cause damage to the
engine piston and crankshaft.
Technical data:
| Model Number | HO-1500 |
| AC Voltage Requirement (V) | 220~240V,single phase |
| AC Current (A) | <15 |
| Rated Power(KW) | 4.5 |
| Max. Gas Output(L/h) | 1500 |
| Max. Working Pressure (Mpa) | 0.02 |
| Max. Water Consumption (L/h) | 0.7 |
| Weight (kg) | 120 |
| Dimensions - L*W*H (mm) | 600*650*1250 |
Features:
1. Environmental protection: HO-1500 uses water electrolysis to
produce active hydrogen and oxygen for carbon removal, eliminating
carbon pollution, and HO-1500 decarburization vehicles can reduce
harmful gas emissions by 60%, energy saving and environmental
protection.
2. Save money: no labor costs, low material costs, no need to
change oil
3. Save time: only 20 minutes for carbon removal time
4. Car protection: It can prolong the service life of the engine.
There is no chemical component involved in the carbon process, and
it will not cause damage to the engine components.
Using steps:
1. Continuously decompose hydrogen and oxygen from water by
electrolysis.
2. Hydrogen is a kind of fuel and Oxygen plays a role as combustion
aid. In the engine running conditions, hydrogen and oxygen fuel
coming into the engine room, with air and other vehicle fuel (oil
or gas) burning together. Hydrogen and oxygen’s combustion will
produce high temperature steam. Hot water vapor is known to soften
hard carbon deposits, softening a thin layer of carbon each cycle.
The softening of carbon deposition occurs at this stage of the
engine's work. (Carbon deposition softening process)
3. At the same time, hydrogen is also a kind of catalyst. Hydrogen
with air coming into the engine. In the process of compressing, due
to the hydrogen molecular is very light, it spread everywhere in
combustion chamber. At the same time, hydrogen molecule is very
small, which is able to move quickly to the inside of carbon
deposition to soften carbon deposition. With hydrogenation,
non-combustible carbon changes into a combustible carbon
deposition. (Carbon deposition modification process)
4. After the carbon deposition modified in the last cycle, it is
burned off in the next combustion process, and carbon dioxide is
produced and discharged out of the car.
5. Boost: Significantly improve engine output horsepower, increase
power by 10-15%, and significantly improve acceleration
6. Shock absorption: Improve engine jitter and stabilize the
vehicle at idle speed
