Infrared Moisture Scans
Your trusted partner for professional home services. Quality workmanship, guaranteed satisfaction.
Infrared Moisture Scans | Roof Inspections | Roofing | Elizabethton
Imagine seeing through your roof the way a doctor reads an X-ray. HEP’s infrared moisture scans give you that superpower, revealing hidden dampness, insulation gaps, and early-stage leaks without ever lifting a shingle. Our certified technicians sweep your Elizabethton home or business with state-of-the-art thermal imaging, spotting trouble long before it stains ceilings or feeds mold. The result is the most precise roof inspections available—fast, non-invasive, and backed by a clear, photo-rich report you can actually understand.
Because we’re local, we know the toll Appalachian heat, storms, and freeze-thaw cycles take on a roof. That’s why we pair every scan with practical guidance and on-the-spot recommendations, empowering you to plan repairs intelligently rather than react to emergencies. Protect your investment, extend roof life, and breathe easier the next time dark clouds roll in—schedule your infrared moisture scan with HEP today and experience Elizabethton’s gold standard for roof inspections.
FAQs
What is an infrared moisture scan and how does it work on roofing?
An infrared moisture scan is a non-destructive roof inspection method that uses a handheld or drone-mounted thermal camera to record temperature differences across the roof surface. Wet insulation or decking retains heat longer than dry areas, so after sunset those wet spots show up as ‘hot’ images on the camera. By interpreting these thermal patterns, our certified thermographers can pinpoint hidden moisture pockets without cutting into the roof.
Why are infrared roof inspections important for buildings in Elizabethton?
Elizabethton’s climate brings hot, humid summers, frequent rainstorms, and occasional winter freeze-thaw cycles—all of which accelerate roof wear and water intrusion. Infrared inspections help property owners detect trapped moisture early, preventing structural decay, mold growth, interior leaks, and costly emergency repairs. For businesses, an annual thermal scan also helps protect inventory and reduce insurance claims by documenting proactive maintenance.
What types of roofing systems can be inspected using infrared thermography?
Infrared thermography is effective on most low-slope and flat commercial roofing systems, including EPDM, TPO, PVC, modified bitumen, built-up roofs, and coated metal panels. It can also be used on residential shingle or metal roofs, provided the roof deck has insulation under the membrane that can absorb and release heat. Our technicians adjust camera settings and survey techniques to match each roof’s specific materials and construction.
How often should I schedule an infrared moisture scan for my commercial roof?
For typical commercial buildings in Elizabethton, we recommend a baseline scan after installation or major repairs, followed by annual inspections. High-traffic roofs, aging membranes, or facilities with sensitive equipment may benefit from semi-annual scans—once in late summer and once after winter—to catch seasonal damage. Regular scans create a moisture history file, making it easier to see trends and justify timely maintenance budgets.
Will the infrared inspection damage my roof or interrupt operations?
No. The scan is completely non-invasive; we walk the roof with lightweight cameras or fly a small drone, leaving no holes, cuts, or markings. A typical 20,000 sq ft roof takes about 1–2 hours to survey at dusk, and all work is performed outside, so there is minimal disruption to occupants or production schedules. You will receive a digital report with images, moisture maps, and repair recommendations within 48 hours.
What happens if moisture is detected during the scan?
If the thermal images reveal suspect areas, our team will mark those zones on the roof and in your report. We can perform confirmatory core sampling or electronic leak detection to verify saturation levels. Once confirmed, we outline repair options—ranging from targeted membrane replacement to comprehensive restoration—along with cost estimates and timelines. Addressing localized wet areas early often avoids a full roof replacement and extends the service life of the entire system.