The first patent regarding dry ice technology was issued in 1947. Since then, dry ice has been used in countless industries and applications. But one of its most useful and effective applications is w...
Dry ice blasting uses air compressed between 80 and 90 PSI to blast pellets of dry ice at a high velocity to clean a variety of surfaces. Though this service has incredibly effective and proven result...
Dry ice blasting uses air compressed between 80 and 90 PSI to blast pellets of dry ice at a high velocity to clean a variety of surfaces. The first patent regarding dry ice technology was issued in 19...
If you want to clean surfaces with dry ice, you’ve come to the right place. Dry ice blasting uses air compressed between 80 and 90 PSI to blast pellets of dry ice at a high velocity to clean a v...
The first patent regarding dry-ice technology was issued in 1947, but since then, dry ice blasting solutions have been used in countless industries to sanitize manufacturing environments. Dry ice blas...
Dry ice is extremely cold (-109 degrees Fahrenheit) and when exposed to warmer temperatures, it instantly changes from a solid into a gas. This makes it the perfect and most hassle-free cleaning solut...
Dry ice blasting is 100% ecologically safe, and it’s widely used across many industry sectors. One industry that not many people are aware of can benefit from ice blasting solutions is the elect...
Dry ice blasting uses air compressed between 80 and 90 PSI to blast pellets of dry ice at a high velocity to clean a variety of surfaces. As we’ve discussed in the past, dry ice blasting service...
There are three main types of hazards or contaminants that can cause unsafe food: Biological, chemical, and physical. Biological includes microorganisms; chemical includes cleaning solvents and pest c...
In previous posts, we’ve discussed the various benefits of dry ice blasting for certain manufacturing industries. Dry ice blasting uses air compressed between 80 and 90 PSI to blast pellets of d...