We provide comprehensive technical services for our clients, including preliminary project design, project planning, factory construction plans, complete equipment supply, installation, and commissioning, therebyachleving turnkey projects.

The working principle involves using compressed air to propel high-density dry ice pellets at an extremely low temperature of -78°C to near-supersonic speeds. When these pellets strike the surface being cleaned, the sudden drop in temperature causes the dirt to become brittle and crack. The dry ice particles then penetrate the cracks and quickly sublimate into gas, expanding almost 800 times in volume, effectively lifting the dirt off the surface.

●  Environmentally friendly: Unlike traditional industrial cleaning methods, it is non-abrasive and free of harmful chemicals.

●  No residue: Leaves no secondary waste or harmful gases.

●  No need to move equipment from its location.

●  Increases equipment efficiency.

●  Effectively removes contaminants.

●  Efficiently cleans heavy oil, asphalt, corrosion inhibitors, and other chemicals from pipelines, valves, wellheads, and related equipment.

●  Reduces downtime: No drying time required and no residues left behind.

●  Cost-effective: Minimizes waste disposal costs.

●  Enhances productivity by reducing equipment downtime during cleaning services.

Dry ice cleaning has a wide range of applications, commonly used in industries such as:

●  Building materials manufacturing

●  Printing

●  Plastic film production

●  Petrochemicals

●  Automotive manufacturing

●  Power and electronics

●  Foundries

●  Injection molding

●  Tire manufacturing

●  Rail transportation

●  Aerospace

●  Food industry

Book a free consultation with one of our experts