Infrared Cameras
Infrared Cameras | Roof Inspections | Roofing | Harriman
When Harriman homeowners want answers instead of guesses, they call on HEP’s infrared cameras roofing team. Our certified technicians sweep your shingles, flashing, and attic spaces with military-grade thermal imaging, revealing hidden moisture, heat loss, and structural voids that the naked eye could never spot. Because every temperature anomaly is mapped in real time, you’ll see precisely where repairs are needed—and where they’re not—saving you from premature tear-offs and surprise leaks during the next storm.
These detailed roof inspections come with clear photo reports, straight-talk recommendations, and the peace of mind that only cutting-edge science can provide. Whether you’re buying a new home, filing an insurance claim, or just protecting the one you love, HEP delivers accuracy, honesty, and hometown service in one quick visit. Book today and discover what your roof has been hiding.
FAQs
What is an infrared roofing inspection?
An infrared roofing inspection uses a specialized thermal-imaging camera to measure the surface temperature of your roof. Wet insulation, trapped moisture, and areas of heat loss or gain show up as temperature anomalies (hot or cold “signatures”) on the camera’s display. By interpreting these patterns, a certified thermographer can pinpoint hidden leaks, saturated insulation, and other defects without having to cut into the roof membrane.
Why is infrared technology beneficial for roof inspections in Harriman?
Harriman’s combination of hot, humid summers and cold, wet winters makes roofs vulnerable to moisture intrusion and thermal cycling. Infrared scans quickly reveal moisture-laden areas before they lead to costly rot, mold growth, or structural damage. Because the method is non-destructive and can be performed after sunset when the roof begins to cool, it minimizes disruption to local homes and businesses while delivering highly accurate data tailored to our regional climate conditions.
What types of roofing problems can infrared cameras detect?
Thermal imaging can uncover: • Hidden roof leaks and trapped moisture in insulation • Delamination or separation of roofing layers • Heat loss around penetrations, seams, and flashing • Ponding or clogged drainage areas • Energy inefficiencies caused by missing or compressed insulation • Early signs of membrane failure, blisters, or voids. By identifying these issues early, owners can target repairs precisely instead of paying for full roof replacement.
Is an infrared roof inspection safe for my roof and occupants?
Yes. The inspection is completely non-invasive. Technicians walk the roof as they normally would during a visual survey, but instead of destructive test cuts, they rely on the infrared camera to “see” moisture below the surface. No harmful radiation is emitted—the camera merely records infrared energy naturally radiating from the roof. Occupants inside the building are not disturbed, and there is no risk of damaging the roof system during the process.
How should I prepare for an infrared roof inspection?
Preparation is minimal: 1. Schedule the scan for late afternoon or evening after a sunny day whenever possible—this gives the roof time to cool, maximizing temperature contrast. 2. Ensure roof access is clear and safe (ladders, hatches, or walkways). 3. Remove loose debris, standing water, or equipment that could obscure the roof surface. 4. Provide any existing roof plans, prior repair records, or warranty documents to help the thermographer interpret findings accurately. 5. Inform building occupants that technicians will be on the roof during the scheduled period.
How often should I schedule infrared roof inspections?
For commercial and multifamily roofs in Harriman, we recommend a baseline infrared survey after installation, followed by annual or bi-annual scans. Residential homeowners typically benefit from an inspection every two to three years or after major weather events such as hailstorms, heavy snow, or high-wind incidents. Regular monitoring allows you to track moisture migration over time, verify the effectiveness of repairs, and extend the overall service life of your roof.