Do you have a fire extinguisher?

3/23/2022 (Permalink)

Do you have enough fire extinguisher's? 

Fire engulfs an automotive supply shop, destroying inventory consisting of mainly shocks, struts, starters, alternators, and batteries. The fire ignited due to a chemical container failure affecting surrounding items. 
 
You may think that fire damage like this would put them out of business, but you'd be wrong. Replacing inventory is relatively easy, the hard decision here is locating a quality company to perform the services you need to restore the structure of your building. There are several unique challenges faced during different fire situations, and we have experience dealing with all of them. 

SERVPRO technicians overcome various cleaning challenges, daily. A burning building consists of several complex reactions between different elements. We learn that fire damage presents different cleaning and restoration situations that depend greatly on how these different elements interact during the progress of a fire. When dealing with the removal of smoke residues, we consider several factors. 

Type - More porous surfaces allow particles and odors to penetrate further and are harder to clean. Non-porous surfaces such as those covered in enamel paint are easier to clean than a flat latex paint would be. While synthetic fibers attract more residue than natural fibers, synthetics are easier to clean. 
 
Age - As time progresses, old paint, fabrics, and carpeting become more porous, and adhesion to surfaces become weaker, making old surfaces harder to clean. 
 
Heat - Generally, hotter fires make surfaces expand, allowing residue and odors to penetrate more efficiently. While heat also chars materials or melts the finish on a surface, making refinishing required to restore the surface properly. 
 
Moisture - The right conditions help residues set faster and permanently stain surfaces. Fire suppression systems and Firefighting efforts, along with damp weather and normal condensation on various surfaces combine with smoke residues, causing surfaces to become discolored.