Water damage restoration work requires contractors to quickly assess and remediate to prevent further structural damage, mold growth, and other moisture-related issues. Correct assessment of the moisture conditions inside a damaged structure requires the right tools for testing the ambient conditions and moisture content of various building materials such as drywall, wood, insulation, and flooring.    

Take a moment to answer a few questions. How long do you think it takes to fully dry a structure? Do you believe you can do it in only three days? Does it just take longer? This topic has been plaguing  restoration contractors for years. Now, it’s time to put the argument to rest once and for all, with the help of three drying experts.

With the advent of the internet and online learning, hands-on training seems less necessary when a quick online course can provide people the same information.

Remote monitoring has been a buzzword in the restoration industry for a several years. In case anyone reading this is not familiar with it, remote monitoring means setting up sensors on site so that data can then be viewed with a mobile device or computer in real time.

Using the proper piece of moisture detection equipment at the appropriate time is essential for a professional water damage restorer to accurately collect data in affected and unaffected areas, monitor drying progress throughout the course of the drying effort, and determine when affected materials have reached the drying standard.

The FLIR MR176 visually guides you to the precise spot that moisture may be hiding for further testing and investigation. 

In the restoration industry, the level of understanding of moisture in building materials is generally very high. However, there is a tendency to treat concrete with suspicion and it is not uncommon for waivers to be used to reduce liability for the drying contractor.