- HEP Roofing
- Infrared Scans

Infrared Scans
Infrared Scans | Roofing Done Right | Roofing | Louisville
Discover how HEP’s cutting-edge infrared scans transform roof maintenance for Louisville homes and businesses. By revealing hidden moisture, insulation gaps, and early signs of deterioration, our thermal imaging allows you to address issues before they become costly emergencies. No more guesswork, invasive inspections, or sleepless nights during Kentucky downpours—just science-driven insights that safeguard your property and stretch every roofing dollar.
When you pair infrared diagnostics with HEP’s seasoned craftsmanship, you get roofing done right. Our local team interprets each scan, pinpoints the real source of leaks, and executes targeted repairs or replacements that stand up to Louisville’s dramatic temperature swings. Schedule your scan today and experience a smarter, cleaner, and more efficient way to keep your roof (and your peace of mind) intact.
FAQs
What is an infrared roof scan and how does it work?
An infrared roof scan is a non-invasive inspection that uses a handheld or drone-mounted thermal camera to read temperature variations across your roof surface after sundown. Dry roofing materials cool at a predictable rate, while areas saturated with water retain heat longer. The camera captures these hot spots as color images called thermograms. By interpreting the thermograms, our certified thermographers can accurately map moisture intrusion, missing insulation, and hidden leaks without cutting into the roof.
Why should I choose infrared scanning for my Louisville commercial roof?
Louisville’s humid summers, freeze-thaw winters, and frequent storm activity make local roofs vulnerable to stealth moisture damage. Infrared scanning lets you: • Detect trapped water early, before it causes deck corrosion, mold, or costly structural deterioration. • Target repairs only where they’re needed, saving up to 80 % compared with full tear-offs. • Document roof condition for insurance claims and warranty compliance. • Extend the life of your existing roof by guiding preventive maintenance instead of reactive patching.
What types of roofing systems can be inspected with infrared technology?
Nearly every low-slope or flat roofing assembly found in Louisville can be scanned, including single-ply membranes (TPO, EPDM, PVC), built-up roofs (BUR), modified bitumen, spray polyurethane foam, and even coated metal roofs. Steep-slope shingle roofs can also be evaluated, although results are best on roofs with consistent surface textures and insulation layers beneath the membrane.
How often should I schedule an infrared roof inspection?
Industry best practice is to perform a baseline scan soon after a new roof is installed and then repeat the scan annually or bi-annually. Additional scans are recommended after severe hail, wind, or ice events, or whenever you notice ceiling stains or unexplained energy spikes. Routine scanning provides a comparative history that helps spot small changes long before they turn into emergency leaks.
Will an infrared scan disrupt my business operations or require roof penetration?
No. The process is completely non-destructive and typically performed 30–60 minutes after sunset when temperature differentials are greatest. Technicians walk the roof or operate a drone, so building occupants experience no downtime, noise, or mess. Because we read surface temperatures, there is no need to drill test cores unless you authorize follow-up verification in specific areas.
What happens after the scan? How do the findings translate into roofing solutions?
Within 24–48 hours you receive a comprehensive report containing high-resolution thermograms, corresponding daylight photos, CAD-drawn moisture maps, and our expert interpretation. Each anomaly is ranked by severity and paired with actionable recommendations—such as spot repairs, partial membrane replacement, or enhanced drainage. Armed with this data, you can budget accurately, prioritize maintenance, and invite bids that address the exact problem areas rather than the whole roof.