Infrared Thermal Imaging (FLIR-Type)
Professional thermal imaging diagnostics to detect moisture, insulation defects, thermal bridging, and structural issues invisible to the naked eye.
Book AssessmentWhat is Thermal Imaging?
Infrared thermal imaging uses specialized FLIR cameras to visualize heat energy emitted by objects and surfaces. This non-invasive diagnostic technique reveals temperature variations that indicate underlying problems—from hidden moisture damage to electrical faults—without any destructive investigation.
Professional thermal cameras detect infrared radiation in the 7-14 micron wavelength range, converting temperature differences into visible images. Areas of heat loss, moisture intrusion, or electrical overheating appear as distinct thermal signatures, allowing precise identification of problems before they become serious.
Why Temperature Matters
Temperature anomalies often indicate serious building issues. Wet insulation conducts heat differently than dry material. Electrical connections under load generate heat proportional to resistance. Air infiltration creates thermal gradients. Our FLIR imaging captures these signatures with millikelvin sensitivity.
Applications
Our Methodology
We conduct thermal surveys under optimal conditions—typically requiring a minimum 10°C temperature differential between interior and exterior environments. Pre-survey preparation includes ensuring HVAC systems have been operating for sufficient time to establish thermal equilibrium.
Our reports include calibrated thermal images with temperature data overlays, comparative analysis, and actionable recommendations. We identify not just the symptoms but the likely causes, helping you prioritize remediation efforts effectively.
Important Note
Thermal imaging is a diagnostic tool that indicates areas of concern—it does not directly measure moisture content or definitively identify specific materials. We combine thermal findings with other assessment methods when confirmation is required.