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Miami-Dade County · Florida
Hialeah dry ice blasting
Hialeah calls tend to arrive with a constraint attached, which is exactly where this method earns its keep.
What a job looks like locally
Nothing about the setup needs a drain, a hookup or a bay. That is the practical reason a mobile rig beats hauling equipment somewhere: the machine never leaves Hialeah.
Dry ice sublimates on contact, so there is no grit, no slurry and no secondary media to sweep up afterward. What is left on the floor is the grease or carbon that came off, and collecting that is part of the job.
What we clean
What we clean in and around Hialeah
Nearby
Also working across Miami-Dade County
Questions from Hialeah
Do you need anything set up before you arrive?
Space for the rig and a way to reach the machine. Everything else arrives with us.
Can you come outside business hours?
Generally yes. Weekend and overnight work is routine, and the limiting factor is usually noise, not us.
What do most jobs look like?
A mix, vehicle work, shop equipment, marine and light industrial. Same rig, different constraint each time.
Does distance affect the price?
Sometimes, on the longer runs. Either way it is discussed before anyone commits.
How do I get started?
Send the equipment, the location and a short description with photos if you have them. One of the owners calls you back.
Will you travel to Hialeah?
Yes, Hialeah is well within range, and the compressor comes on the truck with everything else.
The local conditions
Afternoon storms mean equipment that lives outside is wet, then hot, then wet again. It is also why an abrasive method costs you twice: once in the cleaning, again in the finish you removed.
Residential garages and small shops sit alongside the commercial work on any given week. None of those settings need modifying: the compressor, hose and collection all come with us.
No runoff and no residual grit, which matters more than it sounds on a Miami-Dade County job with neighbors close by.
What comes off
What this takes off
The method does not care much what the contaminant is, only that it sits on top of something. Here is the usual list.
- Food residue
Carbonized product, fat, starch and sugar build-up on processing equipment, cleaned without chemicals touching a food contact surface.
- Grease and oil
The soft film that holds dust and swarf against metal. It is what makes a part feel dirty long after it looks clean, and it comes off first.
- Carbon and soot
Baked carbon on a manifold, oven or weld fixture. Thermal shock is exactly the wrong thing for the bond holding it on, which is why this works.
- Adhesive and sealant
Sound deadening, tape residue, gasket material and sealant that has cured onto a face it was never meant to stay on.
- Resin and mold release
Production residue cured onto tooling. Solvent softens it and leaves its own film; the ice lifts it and takes nothing with it.
- Paint and coatings
Taken off in a controlled way when what is underneath matters more than speed.
- Salt and corrosion product
A constant in South Florida. Removing it without stripping the protective finish is the whole trick.
How a job runs
The sequence, start to finish
There is no mystery to how these jobs run, and no part of it we would rather you did not ask about.
- We blast, then clean up
The media disappears on contact; the contaminant does not. Gathering what came off is included, not a line added afterward.
- You look before we pack up
Inspect it with the rig still set up. Anything you are not happy with gets another go before we leave.
- You describe the job
Tell us the machine, the mess and the constraint. A couple of photos answers more than a long description, and if the honest answer is that something else suits it better, we say so.
- We look at access and containment
Where the compressor sits, how far the hose has to reach, what gets masked or moved, and where the removed contaminant ends up. On food and electrical work this is most of the planning.
- We test a small area
Pressure and pellet size get dialed in on an inconspicuous spot before we touch anything visible. Painted parts, soft alloys and older finishes all behave differently, and the right setting on one is the wrong setting on another.
The comparison
Why not just pressure wash it
- Hand scraping
It is the fallback when nothing else is available, and it shows on the surface afterward.
- Media blasting
It works by removing material, which is the problem. Acceptable on heavy steel, damaging on soft alloy, plating or a machined surface.
- Pressure washing
Drives water into harnesses, bearings, panels and seams, then everything waits to dry. On electrical work it is simply not an option.
- Solvent and degreaser
It dissolves the deposit and often the finish underneath, then leaves a film behind either way.
- Dry ice
The deposit shrinks away from the surface it is stuck to and releases. The ice is gone before it can do any harm.
Before we turn the rig on
The part will be cold when we finish. Sometimes that means a short wait before handling; sometimes it means a film of condensation as it warms back up.
Air comes from our own compressor. You do not need to provide power, water or a connection of any kind.
Anything nearby that should not be touched gets masked before we start. That is quicker than explaining it afterward.
Solid carbon dioxide leaves no residue at all. What it does do is displace air, so an enclosed space gets ventilated as part of the job rather than as a precaution added later.
Describe what you are dealing with.
Tell us what the machine is, where it is and what is on it. A photo or two speeds it up. One of the owners calls you back.