Advanced Surface Preparation

Dry ice cleaning operates through three mechanisms:

1. Thermal Shock - The extreme cold of the dry ice causes contaminants to contract and lose adhesion

2. Kinetic Impact - The velocity of the pellets provides mechanical energy to break bonds

3. Gas Expansion - The CO₂ sublimates (changes directly from solid to gas), expanding rapidly to lift away contaminants

Applications - Versatile Use

• Industrial Equipment Maintenance
• Food Processing Equipment
• Electrical Components
• Mold Remediation
• Production Line Cleaning
• Historic Restoration
• Printing Equipment
• Fire & Smoke Damage Restoration

Dry ice cleaning offers significant advantages over traditional cleaning methods:

• Non-Abrasive Process - Doesn't damage surfaces
• No Secondary Waste - The CO₂ sublimates completely
• Environmentally Responsible - Uses reclaimed CO₂
• No Chemicals or Solvents - Purely mechanical process
• Reduced Downtime - No drying time required
• Reaches Complex Geometries - Cleans intricate parts
• Safe for Electrical Components - Non-conductive and non-corrosive
• Improved Cleaning Quality - Superior results in less time