Polar Clean’s sister company, US Cleanblast, used dry ice blasting to clean a PSEG substation, improving before-and-after watt loss testing by 40-50%, and improved transformer testing by 30% at a PECO substation. And, when the… Read more
With special expertise serving the petrochemical and power generation industries, Polar Clean is expanding its footprint along the Gulf Coast. With the relocation of team members from our Indiana headquarters, along with a planned investment… Read more
Dry ice blasting is a non-abrasive, nonflammable and nonconductive cleaning method that is environmentally friendly. The process uses a variety of sizes of dry ice products, including rice sized dry ice pellets, nuggets, and shaved block ice. Unlike other types of blasting media, dry ice blasting leaves no secondary waste to be cleaned up, and does not utilize water or chemicals in the process.
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When is dry ice blasting a good fit?
Dry ice blasting is a useful and effective option for applications where the use of water, chemicals or collateral media would introduce unnecessary hazards or complications, or where abrasive blasting options create an unacceptable risk of damage. Learn more >
Can dry ice blasting remove paint?
There is no one-size-fits-all solution for paint removal. The effectiveness of any method or combination of methods will depend on factors that include the age and condition of the substrate, the thickness of paint layers and whether the paint is lead-based. Learn more >
How much does dry ice blasting cost?
The cost of dry ice blasting can vary depending on square footage, type of material being cleaned, the amount of dry ice needed, the complexity and location of the job, and the desired outcome. Depending on the application, dry ice blasting is often a cheaper alternative than other forms of blasting: it is fast, requires less downtime and often eliminates the need for extra steps including repainting or reconditioning surfaces. Additionally, there is no need to clean up secondary waste, since no media (e.g. sand or water) remains after the process. Learn more >