3 Ways Professionals Eradicate Smoke Damage
When you think of fire damage, you probably see flames consuming a property, tearing the structure down. However, there is also another large issue in these types of disasters: smoke damage. For this reason, smoke cleaning practices can be imperative in dealing with any fire-damaged property in Manchester, MO. Here are three ways professional restoration experts may tackle this issue.
1. They determine the most effective cleaning method. Different materials call for varied ways of cleaning. For light damage, dry cleaning is often best. For heavier damage, wet cleaning may be required. Although wet cleaning is typically the stronger method of cleaning, it can’t be used for all materials. For everything else, spray-and-wipe cleaning and foam cleaning help. Additionally, there is abrasive smoke cleaning, which involves strongly scrubbing, and immersion cleaning, which involves soaking items in solution.
2. They move damaged items. Moving contents to a smoke-free location can help eliminate odor, giving it a chance to air out in a fresh environment. It can also protect the items from further damage that could occur if they are left in a fire-destroyed building. Finally, it clears space so building restoration can happen quicker.
3. They improve air quality. Generally, the main issue with smoke odor damage is the low quality of air after a fire. The smoke lingers, creating an unpleasant smell. One way to combat this is to change the HVAC filter, but professionals often use an air filtration device, ozone machine, or thermal fogger to improve the air. One thing you shouldn’t do is turn on any ceiling fans because their wiring could be ruined.
The above practices of smoke cleaning can help move the restoration process along, eliminating stress. Damage from fire doesn’t have to be debilitating if the correct steps are taken to restore a building’s contents. By relying on professionals to correctly clean and move objects and improve the air quality, you can be on your way toward recovery.