Infrared Leak-detection
Infrared Leak-detection | Roof Repair | Roofing | Evensville
When Evensville storms put your shingles to the test, HEP uses cutting-edge infrared cameras to spot hidden moisture and pinpoint punctures before they spread. Our technicians scan every inch of your roof at night when temperature contrasts are sharpest, revealing leaks that stay invisible to the naked eye. This non-invasive process means no guesswork, no unnecessary tear-offs—just precise answers and swift solutions.
Once the trouble zones glow on our thermal images, we move straight to roof repair with high-performance materials rated for Tennessee’s heat, hail, and humidity. You’ll get photo documentation, a clear action plan, and the peace of mind that comes from knowing every dollar goes toward fixing the real problem. Schedule your infrared inspection today and keep Evensville’s weather where it belongs—outside.
FAQs
What is infrared leak detection and how does it find roof leaks?
Infrared leak detection involves using a specialized thermal-imaging camera to measure temperature differences across the roof surface. Moisture-soaked insulation, decking, or membrane retains heat longer than dry areas, so it shows up as “hot spots” or “cold spots” on the camera’s display. By scanning the entire roof, our technicians can pinpoint the exact path of water intrusion without cutting into the system or guessing where the leak starts.
Why choose infrared scanning over traditional leak-finding methods for my Evensville property?
Traditional methods rely on visual inspections, water hose tests, or invasive core cuts that can miss hidden moisture or even damage the roof. Infrared technology • Detects concealed moisture that cannot be seen with the naked eye. • Covers 100 % of the roof surface in a single visit, saving time and labor. • Allows us to mark only the wet sections for repair, helping Evensville owners avoid costly full-roof replacements. • Provides photographic evidence (thermal reports) that you can share with insurers or warranty providers.
What kinds of roofs in Evensville can you inspect with infrared equipment?
Infrared scanning is effective on most commercial and residential roofing systems found in the Evensville area, including single-ply membranes (TPO, EPDM, PVC), built-up roofs, modified bitumen, spray foam, asphalt shingles, and standing-seam metal panels. The key requirement is that the roof has at least a thin layer of insulation or an air space beneath the surface so trapped moisture can create a measurable temperature variance.
How long does an infrared roof inspection and report usually take?
For an average 10,000-sq-ft commercial roof, the on-site thermal scan takes about 1–2 hours, typically performed at dusk or dawn when temperature deltas are greatest. Smaller residential roofs may take 30–45 minutes. We process the images the same day and deliver a detailed report with marked photos, moisture-map overlay, and repair recommendations within 24 business hours. Emergency same-day reports are available upon request.
Will the inspection or repair process disrupt my business or household?
No. Infrared scanning is a non-contact, nondestructive procedure. Our crew walks the roof with lightweight cameras—there is no drilling, hose-spraying, or noisy equipment. Because the scan is done outside, your employees, customers, or family can carry on normally. If repairs are required, we schedule them at convenient times and cordon off only the affected roof sections for safety.
After you locate the leaks, what repair services do you provide in Evensville?
Once the thermal survey shows the wet zones, we can perform targeted repairs such as patching punctures, replacing saturated insulation, re-sealing seams and penetrations, or applying liquid-applied membranes to extend service life. For heavily damaged areas, we can execute partial tear-offs and retrofit new materials to match the existing system. All repairs come with workmanship warranties, and a follow-up infrared scan is offered to verify that every leak pathway has been eliminated.