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We remove grease, soot, carbon and coatings from production-critical equipment and fire-damaged structures — no abrasives, no moisture, no teardown.
How dry ice works
The method uses solid CO₂ pellets fired at high velocity by compressed air. Three things happen at once on impact. First, kinetic energy breaks the bond between the contaminant and the surface. Second, thermal shock — the pellets are −78.5°C — makes the contaminant contract and lose grip, which is especially effective on soot, bitumen, resin and thick paint. Third, the pellet flashes from solid straight to gas and expands around 800 times, lifting the debris clear. There’s no media residue and no moisture, so equipment is dry and ready to run immediately.
Pellet temperature
Gas expansion
Chemical residue
Services
Why dry ice
safe on aluminium, steel, fibreglass, rubber and plastics, with no erosion of the surface.
safe around switchgear, motors and control panels where water can't go.
The pellets sublimate on impact, so there's nothing to contain or dispose of but the contaminant.
surfaces are left dry and ready for inspection, coating or return to service.
Where we operate
We bring the equipment to you. Whether it’s a maintenance shutdown, a food-safety clean or a fire-damaged property, our technicians work to your site protocols and compliance requirements and leave documentation behind. Based in Brooklyn, we service metropolitan Melbourne and regional Victoria.
Field results
We’re currently gathering documented case studies from recent jobs — check back soon, or ask us directly for examples relevant to your industry.
Reviews
Environmentally responsible
Our pellets are made from carbon dioxide captured as a byproduct of existing industrial processes — nothing new is released into the atmosphere. The media sublimates on impact, so there is no spent grit to haul, no wastewater to treat, and no solvent to dispose of.
CO₂ source
Zero wastewater
Safe for crews
FAQ
Still unsure whether your application is a fit? Send us photos and we’ll tell you honestly.
CO₂ is non-conductive, so it’s one of the safest methods for switchgear, motors and control panels. A risk assessment is done before any work on energised equipment.
No media residue and no moisture. The pellets turn to gas on impact; the only thing left is the removed contaminant, which is swept or vacuumed away.
Dry ice is non-abrasive and leaves no blasting media behind, so it cleans sensitive surfaces sand would damage — with no grit to clean up.
Mobile across Melbourne and Victoria. We come to you, wherever the job is.
Get a free evaluation or Directly call us.
