CO2 Jet Cleaner / CO2 Jet Single Nozzle
Description
Key Points:-
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Ultra-fine snow crystal blasting system utilizing liquid carbon dioxide ($>60$ bar) combined with compressed dry air (CDA) for precision surface decontamination.
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Operates via a four-way chemical-mechanical mechanism: thermal shock brittle fracturing, impulse transmission momentum transfer, micro-expansion stripping force, and temporary solvent dissolving action.
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Removes sub-micron dust, organic residues, and chemical stains without altering substrate surface roughness or using traditional solvent baths.
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Sublimates 100% into non-toxic gas upon surface impact, leaving zero liquid residue and eliminating secondary wastewater management or chemical disposal.
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Non-conductive and non-abrasive formula safe for sensitive micro-electronic devices, active circuitry, camera sensor filters, glass masks, and high-tolerance molds.
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Features a single-nozzle configuration with high targeting accuracy for narrow geometric profiles and delicate optics.
The CO2 Jet Cleaner utilizes liquid carbon dioxide combined with compressed dry air to deliver ultra-fine snow crystal blasting for contamination removal. Operating above critical pressures (60 bar), the system expands liquid CO2 through precision nozzles to create high-velocity dry ice snow particles. Upon surface impact, these micro-particles induce rapid cooling, momentum transfer, micro-explosions, and solvent action to strip sub-micron dust, organic residues, and chemical stains.
Designed for non-abrasive and non-conductive surface conditioning, this system leaves zero liquid residue, eliminating solvent drying cycles and secondary waste management costs. The single-nozzle configuration offers high targeting accuracy for narrow geometric profiles, delicate optics, and active micro-electronic devices. It replaces traditional solvent baths and mechanical brushing while protecting substrate surface roughness.
Features
This CO₂ cleaning process utilizes a four-way chemical-mechanical mechanism—combining thermal shock, impulse transmission, micro-expansion stripping, and temporary solvent action—to effectively lift contaminants.
Because the medium sublimates 100% into non-toxic gas upon impact, it eliminates secondary rinsing, wastewater, and chemical disposal overhead.
Additionally, the non-conductive and non-abrasive nature of CO₂ makes it completely safe for high-tolerance molds, glass masks, and sensitive or energized electronics without risking surface scratches.
