5 Content Cleaning Methods for Fire Damage
Content Cleaning Methods
Fire damage calls for specialized cleaning methods. While some items may need to be disposed of and replaced, others contents can undergo dry-cleaning or other techniques. Here are five content cleaning methods used by professional restoration services.
Agitation and blasting are two of the most common forms of abrasive cleaning. This method is best suited for durable semi- or non-porous contents, as some cleaning materials may cause erosion or etching. One innovative method is dry ice blasting. This method is clean, fast, safe, and can eliminate odors and stains.
Immersion cleaning involves dipping non-porous items into a bath of cleaning solution. The effects of this cleaning method can be intensified through the use of high-pressure ultrasonic waves. These methods are best suited for ceramics, glass, plastics, metals, or even rubber.
This specialized restoration procedure removes smoke odors and staining. Delicate items may be ideally suited for this cleaning method. Experts may recommend that furniture, textiles, or upholstery be dry-cleaned.
Foam is suitable for cleaning delicate materials. This cleaning solution achieves even absorbency without introducing excessive moisture. Foam can be used to clean upholstery without causing bleeding or shrinking.
5. Wet Cleaning
Wet cleaning methods range from spraying and wiping to saturation with cleaning solution. Misting provides some of the benefits of wet cleaning without damaging or distorting delicate contents. Thorough wet cleaning can be useful for eliminating heavy residues from larger items that have soot or smoke damage without the need for immersion.
A mitigation and restoration service may use dry-cleaning or any of these other methods to eliminate traces of fire damage from the contents of a commercial property in North Bend,WA. Rely on cleanup experts when it comes to deciding which technique is best suited for specific items or materials and providing content storage until the restoration process is complete.