Because of this risk, dry ice requires a well-ventilated space, or else the operator and any employees within the space may experience asphyxiation. Plus, transporting the dry ice in and out of its storage area is a hassle.ĭry ice blasting can be extremely dangerous, as it can cause a buildup of carbon dioxide within enclosed spaces. It usually requires special storage equipment that can cost anywhere between $13,000 – 30,000. In terms of storage, dry ice requires temperatures less than –78.5 degrees Celsius, which means that it’s difficult to store for long periods. The recurring costs are steep, and it can also be difficult to find a reputable distributor. Similar to sandblasting, the equipment used for dry ice blasting often damages itself, meaning you’ll have to continually replace the application as it breaks down. One of the biggest disadvantages is that dry ice is incredibly expensive - not only to buy but also to store. While using dry ice blasting has several pros, there are a few cons as well. Other advantages are that dry ice blasting doesn’t require secondary waste cleanup and is considered environmentally friendly. It’s most effective for soft, thick layers of contaminants such as aircraft sealants. Dry ice blasting works by using reclaimed carbon dioxide to freeze and blast away contaminants. Similar to other methods of media cleaning, dry ice uses a pressurized air stream directed at a surface. What are the differences, and how does laser cleaning work? WHAT IS DRY ICE BLASTING? Laser cleaning provides a safer and quicker alternative.

But, the majority of cleaning methods - including dry ice blasting - come with risks. When cleaning products, the last thing you want is for the safety of your operator or your other employees to be compromised.

Alternative to reclaime pro