Are you looking for a cleaning process that could restore your equipment, especially in the presence of sticky, greasy contaminants like adhesive, silicone, varnish, ink, and more? Well, know that the solution exists. By projecting dry ice onto pollutants, you achieve fast and effective dry ice blasting of your production tools—all without the slightest effort!
Cleaning an electric motor covered in silicone is a perfect example of this technique in action. Not only does it restore the motor's appearance, but it also improves its performance. A clean motor is less prone to overheating and operates much more efficiently. This extends equipment lifespan and reduces long-term maintenance costs.
Discover above (watch the video at the top of the page) the process of cleaning an electric motor covered in silicone, for incredible results!
Dry ice blasting: what is it?
The dry ice blasting process uses dry ice in pellet form as the cleaning agent.
Placed inside a dry ice blasting machine, these pellets are projected using compressed air through a blast hose,
a gun, and a projection nozzle at supersonic speed !
Furthermore, it is important to note that dry ice blasting is an environmentally responsible solution. Unlike other cleaning methods that use harmful chemicals or large amounts of water, dry ice blasting generates no secondary waste. This means that not only do you protect your equipment, but you also contribute to the sustainability of your work environment.
Another interesting application of this technique is its use in the food industry. Silicone residues can be problematic in food processing plants, where cleanliness is essential. Using this method in these environments ensures that hygiene standards are met without harsh chemicals, thus guaranteeing food product safety.
As 85% of applications are achievable with a pressure of 6, or even An 8.0 mm nozzle — just like removing hot melt adhesive, from silicone, or ink, etc. — there is every reason to believe that the dry ice blasting process is also applicable to industrial maintenance of your equipment.
Its major advantages are its
Dry ice blasting is also applicable in sectors such as aerospace et automotive, where delicate components must be cleaned without risk of damage. Silicone residues can disrupt the proper functioning of equipment and harm their performance. Careful cleaning becomes essential to ensure the safety and efficiency of operations. Thanks to dry ice blasting, it is possible to eliminate these deposits without damaging surfaces, while ensuring optimal performance. It is a valuable solution for sectors where precision and reliability leave no room for compromise.
It is also important to mention that dry ice blasting can be used for restoration projects. For example, in restoring old machines or vehicles, this technique allows you to remove residues without damaging delicate surfaces. This means that dry ice blasting is not only an effective maintenance solution, but it can also add value to preservation projects.
Finally, consuming less water and reducing chemical use by opting for dry ice blasting has a positive impact on your environmental footprint. This cleaning method stands out for its sustainable benefits. It is a solution that not only meets cleaning requirements, but does so responsibly—not a drop of water, nor chemicals!
La Carbon dioxide ice has the hardness of chalk, making it a surface-friendly cleaning medium.
In this case (watch the video), the task is to remove silicone residues, as part of the manufacture of "stickers", without damaging the paint on the industrial motor.
To deepen your understanding of dry ice blasting and its applications, consider attending practical demonstrations or workshops organized by Cryoblaster. These experiences will allow you to see results in real time and ask questions to domain experts. This can also help you decide whether this method is suited to your own industrial needs.
As you can see (video), the silicone residuesare eliminated quickly et effectively, even though the outer part of an industrial asynchronous motor is considered a surface with complex geometry : narrow cooling fins, bolts, terminal blocks, ventilation grilles, etc.
These irregular shapes, combined with deep or angular recesses, complicate cleaning using conventional methods.
Dry ice blasting, therefore, is ideal because it effectively cleans these reliefs without disassembly and—once again— without abrasion or surface damage.
But that's not all!
- The process generates no secondary waste : no abrasive dust, no water, no solvent.
- The area remains clean, dry, and immediately ready for use.
- Dry ice blasting can even be applied in ATEX zones, with appropriate precautions, or in the presence of live electrical equipment, because dry ice conducts neither electricity nor moisture.
It is a a solution that is both ecological, fast, and secure —and remarkably effective for preventive or corrective maintenance.
Would you like to learn more about our dry ice blasting solutions?
Contact us now or explore our range of Cryoblaster® cleaners to discover how to transform your maintenance operations with a clean, powerful process with no compromises.
Discover our dry ice blasting solutions: equipment, services and training by contacting us at +33 (0) 4 81 61 02 75 or by filling out the form below
