Best Ultrasonic Cleaner for Carburetors

Is it possible to clean your carburetor yourself? Do you know what you need for carbs cleaning? We know that the engine is no longer running smoothly or starts poorly in the Winter season. This is due to the condition of your carburetor or injectors. Therefore, cleaning and maintaining carb or other engine parts are your must-do job.

Replacing the different rubbers (seals) and ultrasonic cleaning of your carburetor and injectors can make a world of difference. Ultrasonic cleaning goes much further and deeper than cleaning by hand. It is also less intensive. You can achieve a very positive result within minutes.

What is ultrasonic cleaning?

Ultrasonic cleaning is a very effective cleaning method. The cleaning effect in an ultrasonic bath is caused by the fact that sound waves (not perceptible to humans) are sent through the water with the cleaning liquid. This creates tens of thousands of air bubbles that collapse due to the sound waves. These implosions result in a multitude of small currents through the cleaning fluid. These currents do its work like a brush and soak up the dirt manually.

Thus, if you choose an ultrasonic cleaner for carbs,  all small channels in the carburetors and jets can be cleaned for optimal performance.

What is the Best Ultrasonic Cleaner for Carburetor?

The ultrasonic cleaner does cleaning wonder for engine parts, e,g carbs, injectors, etc. Then, what is the best ultrasonic cleaner for carburetors? We have done due diligence to single out this 10 Liter Ultrasonic cleaner from CO-Z, working best for engine parts cleaning.

CO-Z 10 Liter Professional ultrasonic cleaner comes with 250W heating power. It works great for cleaning engine parts such as carburetors and injectors. It also produces the cleaning wonder for diving parts, guns, jewelry, and instruments. It fits perfectly for medium-sized parts or instruments and easy to operate.

Key Features

  • Duration controller: 0-30 min;
  • Temperature controller (0 – 80 degrees);
  • Removable inner basket;
  • Inner Dimensions of the box (H x L x W): 15 x 30 x 24 cm;
  • Cleaning Tank Size: 11.8 x 9.5 x 5.9 inches;
  • Heating Power: 250 Watt;
  • Ultrasonic Power: 240 Watt;
  • Capacity: 10 liters

The CO-Z professional Ultrasonic cleaners all have a 40 kHz powerful ultrasonic frequency, an excellent ultrasonic power, heating (H-types) of 30-80 ° C, and a continuous mode. This makes the ultrasonic baths ideal for difficult and intensive ultrasonic cleaning in the industrial range.

What are the advantages of ultrasonic cleaning?

Ultrasonic cleaning engine parts has several advantages compared to cleaning “by hand”. The main advantages are:

The cleaning liquid reaches every nook and cranny

The wave in the ultrasonic liquid is so strong to reach narrow cranny and nook that we cannot clean with manual cleaning. Because ultrasonic cleaning works with liquid, the smallest holes in the carbs to be cleaned are still accessible. Due to the strength of the implosions, the cleaning is done very thoroughly and accurately.

Never damaged Engine Parts

When used correctly, ultrasonic cleaning also guarantees that your engine parts cannot be damaged. After all, cleaning takes place with the help of pure tap water and a solution. This is very different from manual cleaning, which always uses materials with a sturdy structure that poses a risk of scratches or other minor damage. The liquid water we use is easily biodegradable and not harmful to the environment and meets strict environmental requirements.

High speed

Another advantage of ultrasonic cleaning is the speed with which complex carbs or other engine parts can be cleaned with many angles, cranny, and edges. Manual cleaning every nook and cranny costs a lot of time. The shape of the carburetors does not influence the duration of cleaning if we do with an ultrasonic cleaner. There is a substantial time-saving in this process.

The Things you should Know for Ultrasonic Carburetors Cleaning

If you would like to achieve the best result using an ultrasonic cleaner, the following points you should bear in mind while doing carburetors or other engine parts cleaning.

Identify Carbs Alloy

The main focus of the ultrasonic carburetor cleaning is to find out the alloy of the different components, mostly aluminum and brass.

The pollution and the different alloys ensure that not just any liquid can be used. In addition, it is important to open all valves so that the washing water ends up everywhere. Do you feel that there is still air somewhere? Then it is best to soak the carburetor in the water until no air bubbles appear in the ultrasonic tank.

Using Proper Chemical Solution

Using the wrong dosage or ultrasonic fluid can cause discoloration of the cleaned carburetor. This discoloration can also be caused by incorrect cleaning time.

Tickopur R33 is often chosen as the standard, but in many cases, Tickopur TR3 is a better alternative. Tickopur TR3 is actually much more friendly to the materials and also removes aluminum oxidation. So, you had better consider well in advance what result you want to achieve with cleaning your carburetor.

We also read that carburetor cleaning often uses the made of solutions on the market, instead of an ultrasonic solution, because this would be cheaper to purchase. However, did you know that many of these cleaning solutions can damage your carburetor or make your ultrasonic tank wear unnecessarily faster? In other words,  you have to replace a new ultrasonic tank or a completely new ultrasonic cleaner if you keep using inappropriate chemical solutions. So do not just choose the “cheaper” home, garden, or kitchen cleaning solution for carbs.

Chemical solutions are recommended for Ultrasonic Carbs Cleaning

In terms of ultrasonic fluids, let’s zoom in on the different options for cleaning carburetors. You are, as it were, the person who decides what ultrasonic solvent is the most suitable for you. Do you opt for optical and a good result or do you go for the fast result and are optically less important to you? We see that the more expensive car brands go for a slightly longer cleaning result and the optical, or their choice, will fall on the use of the Tickopur TR3.

Tickopur TR3 can be used for cleaning carburetors in a dosage of 4 to 5 percent and at a temperature of 45-50 degrees Celsius.

Another option is Tickopur R33. It gives bad optical results, but on the other hand, there is a higher fat dissolving power. Cleaning a carburetor with Tickopur R33 also requires a dosage of 4 to 5 percent, with the recommended temperature being 50 to 55 degrees Celsius.

By using a holed lid, glass beaker, and insert basket, you can indirectly ultrasonic clean the fur metal parts, which saves you a considerable amount of liquid. This is because you do not have to fill the entire ultrasonic tank with Tickopur RW77 – 2 liters, but a glass cup of 600ml (dosage: 5% Tickopur RW77).

How long to clean the carburetor?

The first step towards a beautiful, working, and the refurbished carburetor has been taken with the choice of the ultrasonic fluid. If you have not read it yet, then look back. You can use Tickopur R33 (high-fat dissolving power) or Tickopur TR3 (lower fat dissolving power, but also removes aluminum oxidation) for cleaning carburetors.

What time duration is suitable for ultrasonic carbs cleaning? First, prepare the ultrasonic bath with tap water and the ultrasonic detergent, then let the ultrasonic carburetor cleaner vibrate for a few minutes without any item in the tank.  Now we remove the oxygen and other gases from the water, so you will get a better cleaning result. Some ultrasonic carburetor cleaners have a degas mode. If a degas mode is functional, you had better activate it.

Now we come down to the cleaning time that is not liquid dependent. The cleaning time for both Tickopur R33 and Tickopur TR3 is approx. 15 minutes. Are you not completely satisfied? Then you can safely perform the cleaning process again. After cleaning done, it is important to dry the cleaned carburetor with compressed air. In this way, oxidation has no chance and the liquid does not have the opportunity to continue working.

 

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