How Much Is Too Much Fire Damage to Handle with DIY in Little Rock?
12/27/2021 (Permalink)
SERVPRO Wants Little Rock Residents and Business Owners to Know Fire Damage Can Worsen with Failed or Improper DIY Cleanup
Fires are the type of emergency that nobody wants to have in their home or place of business. However, these events can and do happen, but it is all about the manner you address it to restore your Little Rock property that counts. Many people go wrong when handling fire emergencies by tackling different aspects of the house fire clean-up themselves. It is essential to know that soot and smoke damage can resurface even when you think it has been eradicated, which is where SERVPRO can help!
Our SERVPRO team can be there within hours to begin work whenever faced with fire damage in Little Rock. We have a team of highly-trained and experienced technicians dedicated to bringing your interior and contents back to pre-fire condition.
Handling Smoke and Soot
You may have heard the saying that wherever there is smoke, there is fire. The two go hand-in-hand, so any fire restoration project must address every element to achieve the best results. Our technicians are trained to deal with varying kinds of soot, including:
- Protein smoke residues
- Dry smoke residues
- Wet smoke residues
- Fuel oil smoke residues
- And more
When called to assess fire damaged homes, some of the factors that dictate whether we use dry or wet cleaning methods include:
- The kinds of materials or substances that burned
- The amount of oxygen present
- The overall rate of combustion
Natural materials usually produce dry smoke that calls for mild cleaning procedures because stains and particles are not embedded. Wet smoke residues often contain solvents or aerosols, becoming more challenging and calling for detailed restoration procedures.
No matter the level of fire damage or the materials burned, SERVPRO of Little Rock will formulate an action plan to restore your home to its pre-fire condition. Call (501) 803-9700 to mobilize a crew for restoration.