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Dry ice blasting has fast become a preferred home and building restoration technique after a fire. without ruining the substrate.
This technique can also remove the elements that produce the bad smell coming from fire and water damage.
Why Dry Ice Blasting?
With labor being one of the biggest costs in any fire restoration project, speed is among the most important advantages of dry ice blasting over other cleaning methods. With a faster, more effective cleanup, labor costs can be dramatically minimized. View these
In contrast to old-fashioned sanding and blasting methods, dry ice blasting works very well for hard-to-reach areas. Dry ice blasting is non-conductive too, meaning, it is harmless in cleaning wires, motors and other delicate items.
And compared to chemical-based cleaning methods, dry ice blasting is a sure winner, using absolutely no solvents or any other substances that can cause discoloration and warping, among many other potential problems. See more here!
Here are more specific advantages offered of dry ice blasting:
Less Environmental Damage
Dry ice is made from recaptured CO2 emissions. Aside from dry ice not using solvents or chemicals, it also doesn’t use water, which means mold and bacteria are unlikely to grow. This also makes the method safe for the food industry and in sync with USDA, FDA and EPA guidelines.
Cleaner Results
When dry ice blasting, the process of cleaning up is finished faster, results are more thorough, and there is also no need for equipment disassembled and reassembled. It simply leaves a clean, dry surface which may be recoated. The method is actually aggressive enough to manage hard surfaces yet flexible enough that delicate equipment is completely safe with it.
Zero Dry Time or Cool Down Time
With dry ice blasting, there is no dry time or cool down time required for equipment after a blast.
Decreased Waste
Dry ice pellets evaporate as they hit a surface, so there is nothing else to clean up but the removed debris itself.
Less Danger
Chemical methods bring certain hazards that are simply nonexistent with dry ice blasting. Dry ice is not just non-conductive, but it is non-flammable and non-toxic as well.
Minimized Costs
We’ve already mentioned that this method is quicker and calls for less labor, hence minimizing the cost of a fire restoration job. Furthermore, costs can go down even lower as it will no longer be necessary to do a post-restoration environmental clean-up, which is definitely a must with chemical methods.
Longer Equipment Lifespan
Lastly, as dry ice does not lead to abrasion, erosion or wearing, equipment on which it is used can have an extended lifespan. See more info on https://www.youtube.com/watch?v=NS6TPiHaN2Y&t=24s
This technique can also remove the elements that produce the bad smell coming from fire and water damage.
Why Dry Ice Blasting?
With labor being one of the biggest costs in any fire restoration project, speed is among the most important advantages of dry ice blasting over other cleaning methods. With a faster, more effective cleanup, labor costs can be dramatically minimized. View these
In contrast to old-fashioned sanding and blasting methods, dry ice blasting works very well for hard-to-reach areas. Dry ice blasting is non-conductive too, meaning, it is harmless in cleaning wires, motors and other delicate items.
And compared to chemical-based cleaning methods, dry ice blasting is a sure winner, using absolutely no solvents or any other substances that can cause discoloration and warping, among many other potential problems. See more here!
Here are more specific advantages offered of dry ice blasting:
Less Environmental Damage
Dry ice is made from recaptured CO2 emissions. Aside from dry ice not using solvents or chemicals, it also doesn’t use water, which means mold and bacteria are unlikely to grow. This also makes the method safe for the food industry and in sync with USDA, FDA and EPA guidelines.
Cleaner Results
When dry ice blasting, the process of cleaning up is finished faster, results are more thorough, and there is also no need for equipment disassembled and reassembled. It simply leaves a clean, dry surface which may be recoated. The method is actually aggressive enough to manage hard surfaces yet flexible enough that delicate equipment is completely safe with it.
Zero Dry Time or Cool Down Time
With dry ice blasting, there is no dry time or cool down time required for equipment after a blast.
Decreased Waste
Dry ice pellets evaporate as they hit a surface, so there is nothing else to clean up but the removed debris itself.
Less Danger
Chemical methods bring certain hazards that are simply nonexistent with dry ice blasting. Dry ice is not just non-conductive, but it is non-flammable and non-toxic as well.
Minimized Costs
We’ve already mentioned that this method is quicker and calls for less labor, hence minimizing the cost of a fire restoration job. Furthermore, costs can go down even lower as it will no longer be necessary to do a post-restoration environmental clean-up, which is definitely a must with chemical methods.
Longer Equipment Lifespan
Lastly, as dry ice does not lead to abrasion, erosion or wearing, equipment on which it is used can have an extended lifespan. See more info on https://www.youtube.com/watch?v=NS6TPiHaN2Y&t=24s
