Services
Dry Ice Blasting Services in Michigan
Clean industrial equipment in place — no media, no moisture, no secondary waste.
Services
Clean industrial equipment in place — no media, no moisture, no secondary waste.
Dry ice blasting propels solid CO₂ pellets at high velocity using compressed air. When pellets impact a surface, two things happen: the kinetic energy dislodges the contaminant, and the extreme cold (−109°F) causes thermal shock that makes contaminants brittle and fractures them from the substrate. The dry ice then sublimates — converting directly from solid to gas — leaving zero residue behind.
The only material left on the ground after dry ice blasting is what was on the surface to begin with. There's no spent abrasive to collect, no water to manage, and no chemical residue to neutralize.
This makes dry ice blasting the right tool for cleaning industrial equipment in place — without disassembly, without introducing moisture, and without the cleanup burden of abrasive methods.
| Method | Residue | Safe Near Electronics? | Downtime Required? |
|---|---|---|---|
| Dry Ice Blasting | None (sublimates) | Yes | Minimal — often in place |
| Abrasive Blasting | Spent abrasive media | No | Full shutdown + cleanup |
| Pressure Washing | Water, moisture | No | Drying time required |
| Chemical Cleaning | Chemical residue | Limited | Neutralization required |
| Hand Scraping | None | Yes | Very high labor time |
Dry ice sublimates into CO₂ gas. In enclosed or poorly ventilated spaces, CO₂ concentrations can build to unsafe levels. Adequate ventilation is required when working in confined areas — CO₂ monitoring should be used when working in areas with limited air exchange.
Operators wear appropriate PPE including face shields, hearing protection, and insulated gloves. Blasting Jack crews are OSHA-trained for safe operation in industrial environments.
Dry ice blasting removes contaminants from surfaces — it does not create an anchor profile. If the goal is surface preparation for an industrial coating system that requires a specific mil profile, abrasive blasting is the correct method.
For heavy mill scale, structural rust removal, or surfaces requiring bare-metal SSPC cleanliness for industrial painting, abrasive blasting is the appropriate choice.
In many cases, yes — because dry ice blasting is non-conductive and leaves no moisture, it can be performed on live electrical equipment and machinery that remains energized. Always confirm with your safety team and equipment manufacturer before cleaning energized equipment.
Yes. CO₂ is food-safe, there are no chemicals involved, and the process leaves no residue that could contaminate food contact surfaces. It's used widely in conveyor systems, baking equipment, packaging lines, and cold storage facilities.
Often minimal. Because equipment can frequently stay in place and the process leaves no residue requiring cleanup (other than the removed contaminant), dry ice blasting often requires significantly less downtime than alternative methods.
Dry ice blasting removes loose rust and surface contamination but is not the right tool for removing heavy rust or corroded steel. For structural rust removal and surface preparation before industrial coatings, abrasive blasting is required.
When operated correctly, dry ice blasting is non-abrasive. CO₂ pellets are softer than most industrial surfaces and won't scratch, pit, or abrade metals. Blast pressure and pellet size are adjusted based on the substrate.