The coolest cleaning method you have ever seen
Dry ice blasting with CO2 is convenient, eco-friendly and efficient
From now on, we can work without
cleaning agent residues
Where to use ?
Operation field |
What to remove: |
| restoration of cars and other old machinery |
paint, glue, oil, fat, wax, resin, dirt etc. |
| railway platforms, shopping malls, escalators |
chewing gum, grease, dirt, paint |
| walls |
decorative paving |
| public spaces and gardens weeds |
green moss and algae |
| parquet floor varnishes and waxes |
contaminated
with dirt or hazardous substances |
| hardwood soot left after a fire |
paint or coatings |
| boats (yachts) |
antifouling |
| building facades |
paint, dirt, moss |
| acrylate billboards |
trucks stickers, glue remnants and lettering |
| aluminum window/door frames |
anti-graffiti coatings |
| offshore accessory equipment, bridges and lock towers |
rust, oil, grease, paint |
| public buildings, showrooms, production halls and equipment soot left after a fire |
building decontamination PCB-contaminated expansion joints |
How does it work ?
Step #1 - Energy Transfer
With dry ice blasting, dry ice pellets are propelled out of the blasting gun at supersonic speed and impact the surface. The energy transfer knocks off the contaminant without abrasion. The force of this impact is the primary means of cleaning.

Step #2 - Micro-Thermal Shock
The cold temperature during dry ice blasting of the dry ice pellets hitting the contaminant creates a micro-thermal shock (caused by the dry ice temperature of -79º C) between the surface contaminant and the substrate. Cracking and delamination of the contaminant occurs furthering the elimination process.

Step #3 - Gas Pressure
The final phase of dry ice blasting has the dry ice pellet explode on impact, and as the pellet warms it converts to a harmless CO2 gas which expands rapidly underneath the contaminant surface. This forces off the contaminant from behind.

Step #4 – Waste disposal
The contaminant is then relocated, typically falling to the ground.. Since the dry ice evaporates, only the contaminant is left for disposal.

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