In most cases, yes. Dry ice blasting can be performed on equipment in place, without disassembly, so many industrial clients schedule cleaning during short changeovers rather than a full shutdown. For complex or high-voltage equipment, we coordinate lockout/tagout with your safety team first.

Yes. Dry ice (CO₂) is accepted for use around food-contact surfaces because it sublimates into gas on contact and leaves no secondary residue, media, or moisture behind — unlike sand or soda blasting, which can contaminate product lines.

Conveyors, robotics, molds, presses, tanks, switchgear, motors, generators, and other production equipment that can’t tolerate water, chemicals, or abrasive media. We match pressure and pellet size to the substrate to avoid damage.

Yes. We carry full General Liability insurance and Workers’ Compensation coverage on every technician on every job site, and can provide a certificate of insurance naming your facility as needed.

Traditional soot removal often relies on chemical sponges, water, or abrasive scrubbing that can smear soot deeper into porous surfaces. Dry ice blasting lifts soot and char off the surface without adding moisture, reducing the risk of secondary water damage and speeding up the restoration timeline.

Removing the soot and char that carries smoke odor is a major step toward odor elimination. For persistent odor in porous materials, we can work alongside your restoration team’s ozone or thermal fogging treatment for a complete solution.

We prioritize fire and water damage calls and can typically mobilize within 24 hours across our Southern California service area, working alongside your insurance adjuster or restoration contractor.

No — since there’s no water, chemicals, or moisture involved, dry ice blasting is one of the few methods safe to use directly around de-energized electrical panels, wiring, and HVAC ductwork without risking corrosion or shorts.

Dry ice blasting physically removes mold growth, spores, and staining from the surface it’s attached to. The extreme cold and sublimation process disrupts the mold’s structure, and because no water is introduced, it doesn’t create the moisture mold needs to return.

Yes. Sanding and abrasive blasting can aerosolize mold spores into the air and embed grit into the material. Dry ice blasting produces less airborne disturbance and leaves no secondary media, though we still recommend containment and PPE protocols for heavier mold loads.

Yes. Dry ice blasting works well on exposed wood framing, joists, and metal ductwork. Heavily saturated or structurally compromised drywall may still need to be removed and replaced per standard remediation practice — we can advise during the site visit.

Yes, regularly. We provide photo documentation, scope details, and itemized estimates that work directly with insurance claims and general contractors overseeing the remediation project.

No. Dry ice blasting is non-abrasive and doesn’t use grit, so it won’t scratch factory paint or clear coat. We adjust pressure around rubber seals, wiring harnesses, and sensors to protect them, which is why it’s a preferred method for undercarriage and engine bay cleaning versus pressure washing.

Pressure washing forces water into electrical connectors, bushings, and seams, which can trap moisture and accelerate rust. Dry ice blasting removes grime, undercoating, and rust staining without introducing any water, so there’s nothing left to trap or corrode.

Both — we have an automotive shop in Inglewood, and we also run mobile service across Los Angeles, Orange, Riverside, Ventura, and San Diego counties for shops, dealerships, and collectors who need on-site cleaning.

Yes — it’s one of the most respected methods in restoration work specifically because it removes decades of grime, undercoating, and surface rust without stripping or damaging original factory finishes, VIN stampings, or delicate trim.