It is so distinctive that dry ice doesn’t turn into liquid when it cools. Instead, it directly transforms into gas through a process called sublimation. This characteristic has made dry ice valuable for various industrial uses, such as dry ice blasting.
With the help of carbon dioxide (CO2) pellets or microparticles, surfaces can be cleaned, and undesirable coatings like paint and rust can be removed by dry ice blasting. This blast cleaning technique is non-abrasive and leaves no residue. It removes surface dirt and pollutants by ejecting CO2 atoms at supersonic speeds.
Industries frequently utilize this technique since it has several advantages. A few benefits of ice blasting are listed below.
1. Superior clean
Ice blasting is an efficient and appropriate cleaning method in many situations. Facilities can use their present equipment for longer production cycles by cleaning machinery and equipment in less time. It is possible to do preventive maintenance and spot cleaning more often without impacting output.
Alternative cleaning techniques may require time-consuming disassembly, be costly, cause damage to pricey assets, and be detrimental to the environment. Secondary trash and the ensuing downtime of conventional cleaning are eliminated by ice blasting. It increases asset utilization rates and asset longevity by cutting down on production downtime.
2. Keep the area tidy
Tooling and machinery can be cleaned without time-consuming dismantling and reinstallation thanks to dry ice cleaning, which does not require aqueous or toxic solutions and produces no secondary waste. Ice blasting removes the impurities of machinery while it is still in use, including industrial residues, release compounds, paints, lubricants, and biofilms.
Facilities can decrease shutdowns and boost productivity by cleaning the equipment already in use.
3. Non-abrasive
Due to its extreme softness, dry ice may be used to clean many surfaces without causing any harm. Delicate surfaces, such as those on electronic devices, circuit boards, and plastic molds can be cleaned using dry ice without eroding, profiling, or altering surface dimensions. This increases the equipment’s lifespan and reduces the possibility that cleaning procedures will cause harm to machinery.
By adjusting the particle size and exit velocity of the dry ice, users of ice blasting equipment can further regulate the harshness of the substance—a softer cleaning experience results from smaller particles and less acceleration.
4. Improved effectiveness
Ice blasting enables facilities to manage their resources more effectively by reducing the time, labor, and material requirements for cleaning initiatives.
Manual cleaning procedures that call for harsh chemicals or abrasive equipment like chisels and scrapers are unpleasant, time-consuming, and require numerous workers to be assigned to the cleaning endeavor. Operators frequently have to wait for the machinery to cool before they can start cleaning, and they frequently have to disassemble apparatus to fit into confined locations.
5. Environmental consciousness
Recycled CO2 is used to create the dry ice that is used in the dry ice cleaning procedure. It is then gathered and recycled as a waste product from other industrial operations. It does not produce new CO2. Hence it has no impact on the greenhouse effect.
The EPA, USDA, and FDA have all approved dry ice as a medium. It is safe to use around food and is not harmful or dangerous. Dry ice is colorless, scentless, and flavorless.
It offers an environmentally sustainable solution, whether you require a dry clean, want to use less water or chemicals, or want to improve cleanliness or cross-contamination prevention initiatives.
Conclusion
Ice blasting can clean both intricate and limited as well as vast and robust equipment and the ability to avoid using hazardous cleaning chemicals that are terrible for your health and take considerable time to use. Blasting using dry ice is secure, efficient, and straightforward.
