Thermal Cameras
Thermal Cameras | Roof Repair | Roofing | Cosby
When an afternoon storm sweeps across Cosby, hidden leaks can soak insulation and weaken decking long before stains ever reach your ceiling. HEP’s certified technicians use industry-leading thermal cameras to see what the eye can’t—mapping temperature differences across shingles, flashing, and valleys to pinpoint moisture intrusion with surgical accuracy. That means less guesswork, fewer torn-up sections, and faster roof repair that preserves the character of your home and your peace of mind.
From cozy cabins nestled in the Smokies to bustling Main Street storefronts, our team arrives ready to document trouble spots, share real-time thermal images, and craft a clear action plan. Skip the patch-and-pray approach; trust the local experts who combine cutting-edge tech with decades of mountain-tested craftsmanship. Book your inspection today and discover how efficient, data-driven roof repair can safeguard your Cosby property for years to come.
FAQs
What is thermal imaging and how does it help in roof repair?
Thermal imaging is a non-contact technology that records infrared radiation to create color-coded images of temperature differences across your roof surface. In roofing, those temperature variations reveal hidden moisture, insulation gaps, and leaks that can’t be seen with the naked eye. By pinpointing the exact locations of trapped water or heat loss, our Cosby technicians can target repairs precisely, reduce exploratory demolition, and extend the life of your roof.
What kinds of roofing problems can your thermal cameras detect in Cosby homes and businesses?
Our high-resolution thermal cameras locate: • Hidden roof leaks and trapped moisture under shingles, metal, EPDM, and TPO membranes • Wet or missing insulation that leads to higher energy bills • Delamination, blistering, or punctures on flat commercial roofs • Thermal bridging and heat loss around chimneys, vents, and skylights • Faulty flashing or sealing around roof penetrations • Mold-prone areas due to chronic dampness Finding these issues early lets us recommend focused repairs before costly structural damage sets in.
Why should I choose your Cosby-based team for a thermal roof inspection?
1. Local expertise: We understand the humidity swings, intense summer sun, and heavy rain common in Cosby, so we know where moisture problems like to hide. 2. Certified thermographers: Our inspectors are Level I & II Infrared Thermography certified, ensuring accurate scans and reliable interpretations. 3. Full-service repair: We don’t just diagnose; our in-house roofing crew can perform any repairs your scan uncovers, eliminating the need for multiple contractors. 4. Detailed reporting: You receive a clear digital report with annotated thermal images, problem descriptions, and repair recommendations. 5. Insurance assistance: Many insurers accept our infrared reports as documentation for claims, helping you streamline the process.
Is a thermal roof inspection safe and non-invasive?
Yes. The inspection is completely non-destructive. Our technicians either walk the roof with handheld cameras or use a drone for high or steep pitches. We do not remove shingles or drill holes. Thermal imaging works from a distance, so there is no risk to your roofing materials or interior spaces. It is also perfectly safe for occupants, pets, and landscaping because it uses passive infrared detection—no harmful radiation is emitted.
How much does a thermal camera roof inspection cost in Cosby?
Pricing depends on roof size, complexity, and whether you need a drone scan. In Cosby, most residential inspections range from $275–$450, which includes a full digital report. Commercial and industrial roofs usually start around $0.12–$0.18 per square foot. We provide a free, no-obligation quote after a brief phone consultation and Google Earth measurement. If you hire us for the recommended repairs, we credit the inspection fee toward the repair bill.
How should I prepare my property for a thermal roof inspection?
1. Schedule in the early morning or late evening if possible; greater temperature contrast gives clearer results. 2. Clear vehicles and large objects away from the building perimeter so our drone or ladder crew has safe access. 3. Turn off sprinklers 24 hours before the scan—wet surfaces can mask thermal anomalies. 4. Ensure attic access is available; we often take matching infrared images inside for moisture confirmation. 5. Inform occupants that technicians will be on the roof or operating a drone overhead. Following these steps helps us capture the most accurate data and complete the inspection efficiently.