Automotive dry ice engine carbon deposit cleaning machine engine room combustion chamber carbon deposit cleaning machine dry ice cleaning machine
Dry ice cleaning machine: Also known as cold spray, it uses compressed air as the power and carrier, and uses dry ice particles
as accelerated particles. It is sprayed onto the surface of the object to be cleaned through a special jet cleaning machine, using
the momentum changes of the high-speed moving solid dry ice particles. , sublimation, melting and other energy conversion, the dirt,
oil, residual impurities, etc. on the surface of the object to be cleaned are quickly frozen, thereby condensing, brittle, and peeled off.
Causes no damage to the surface and will not affect the metal surface
In terms of glossiness, it is more superior than sandblasting and high-pressure water jet cleaning. First of all, it has no secondary
pollution, making it easy to operate online and shorten the waste cleaning time. Secondly, it can remove difficult-to-remove
contaminants such as rubber molds, plastic molds, and slit oil stains. During cleaning, it uses liquid carbon dioxide as raw material
and extracts particles through a dry ice pellet machine. The dry ice particles are then loaded into the dry ice jet cleaning machine,
and the spray gun of the jet machine is used to shoot the dirt surface to achieve cleaning.
In today's environment, dirty air is sucked into the engine air pipe and combustion chamber, and the colloids and paints in gasoline
and diesel fuel form carbon deposits through the high temperature of the combustion chamber. Therefore, it is necessary to clean
the deposits every 5,000-20,000 kilometers. Carbon once so that the engine can perform like a new car at all times.
1. Fuel system;
2. Injector needle valve;
3. Combustion chamber - including cylinder, piston, cylinder head, valve assembly and intake valve.
Engine fouling and its effects
The fouling produced by the engine includes: gum, shellac, fake paint and carbon. Due to the difference in the quality
of gasoline used, incorrect driving habits, pauses in urban congestion and poor air quality, etc., it will inevitably cause
combustion in the engine. Pollutants are formed. These contaminants and scales are first generated by the fuel injector
needle valve, because the diameter of the fuel injector needle valve is 0.002 inches, which is as small as a human hair.
Once the scale is blocked, it will immediately It will affect its original atomized injection fuel supply efficiency. As long as
10% of the fuel volume is limited, it will lead to incomplete fuel combustion in the engine and increase the accumulation of
carbon. When carbon deposits accumulate to a certain extent in the engine , the entire fuel supply system is not smooth,
and the engine function is reduced accordingly, resulting in sluggish and jittery acceleration, weak fuel consumption,
difficulty in starting, intermittent flameout, harmful exhaust gas emissions and temperature rise, and the driving
performance gradually decreases.
Features:
Product Paramenters
|
Model
|
DIC-A
|
|
Power
|
<500W
|
|
Voltage
|
AC220V/50-60HZ
|
|
Air supply pressure
|
0.1-0.9Mpa
|
|
Speed of ice delivery
|
0-1.65 lbs/min
|
|
Hopper capacity
|
23.5 lbs(10.5Kg)
|
|
Protection level
|
IP54
|
|
Dry ice state
|
2.5-3mm
|
|
Dimension
|
(L)510x(W)460x(H)960
|
Audited Supplier 
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