SERVPRO Is Fast with Water Damage Restoration in the Upper West Side

8/20/2022 (Permalink)

SERVPRO uses advanced devices like thermal cameras to discover damp voids when performing water damage restoration in the Upper West Side.

What Makes SERVPRO a Trustworthy Name for Water Damage Recovery in The Upper West Side?

SERVPRO's fast service, trained team, and scientific outlook toward water damage restoration of Upper West Side properties make it a trusted name in managing any size disaster. The restoration process involves several steps that require meticulous planning for perfect execution.

One of the focal points of SERVPRO's water damage restoration process in the Upper West Side involves scoping for the extent of damage before designing a strategy. The restorers compare the moisture readings of the following five areas to gauge the severity of the problem-

• Air in the affected area
• Air in the unaffected area
• The air outside the structure
• Air coming out of the HVAC system
• Air coming out of dehumidifying equipment

Why do SERVPRO techs use thermal imaging during water cleanup on Upper West Side?  

Thermal imaging involves using infrared cameras for inspecting and monitoring moisture in the building materials in Upper West Side homes. Technically, thermal cameras don't display moisture but infrared images produced by temperature differences on the surfaces involved. The two ways in which temperature differences are made between wet and dry surfaces include-

•    Evaporation: When water evaporates from a wet surface, the surface cools down, resulting in a decline in temperature. When imaged using a thermal camera, these cooler areas appear in lighter colors letting the SERVPRO restorers know that the surface is still wet. 
•    Thermal capacitance: A material can store thermal energy. As water has a high thermal capacitance, wet surfaces tend to take more time to heat up (or cool down) than dry surfaces. 

For water damage help, call SERVPRO of Upper West Side at (917) 498-1362; we are available 24/7.