Card, draw, and spinning frames
Packed lint and oil-bound fiber removed from guards, rails, and drive components without disassembly.
Textile operations generate a residue profile almost nothing else does: lint packed into every crevice, sizing and finish chemistry baked onto rollers, dye buildup, and oil-bound fiber on drive components. Dry ice removes it in place, without solvents and without soaking a plant full of electrical drives.
Talk through your facilityTypically none
Zero
Non-abrasive to base metal
Lint accumulation on motors and enclosures is both a production and a fire-load problem. A dry, non-conductive cleaning method lets maintenance address it on equipment that cannot be washed down.
Packed lint and oil-bound fiber removed from guards, rails, and drive components without disassembly.
Cured size, finish, and dye residue lifted from roller faces without abrasion that would change surface profile.
Non-conductive dry cleaning of the electrical side of the plant where washdown is not an option.
Century-old heavy timber, brick, and steel cleaned of soot, whitewash, creosote, and biological growth for adaptive reuse projects.
Buildup removed from collection hoods and duct interiors as part of a combustible dust housekeeping program.
From Gaston and Cabarrus County mills to Greenville and Spartanburg's Upstate corridor and the Triad's furniture and fabric plants, the Carolinas still run the country's densest textile footprint — plus hundreds of mill buildings now being converted to housing, offices, and breweries. Both sides of that story need dry cleaning methods.
Dry ice is non-abrasive to base metal. Pressure is validated on a test area first so surface profile and coatings are preserved.
Yes — soft, documented pressures remove soot and coatings from heavy timber and soft brick without the substrate loss sand or soda blasting causes.
We produce test panels and written settings suitable for submission to local historic review boards before full-scale work.