CONSTRUCTION CONFIRMATION IR SCANS

Proper grouting of concrete masonry unit (CMU) block walls is critical to structural performance, load transfer, and long-term durability. harnageIR uses thermal imaging to support construction confirmation inspections by identifying ungrouted or partially grouted block cells that may not be visible after installation.

These inspections provide a non-destructive method to verify grout placement before finishes are applied, helping contractors, engineers, and owners confirm construction quality and address deficiencies early. Thermal documentation supports corrective action, reduces rework, and provides added confidence that structural elements have been installed as intended.

Construction flaws within wall assemblies and building systems can remain hidden long after a project is complete. harnageIR uses infrared imaging to identify energy loss paths, insulation voids, air leakage, and thermal bridging that may indicate construction deficiencies.

Uncontrolled energy loss into wall systems can lead to temperature differentials that promote condensation, increasing the risk of moisture accumulation and mold development over time. Thermal imaging provides a non-destructive method to locate these conditions early, supporting corrective action, improved building performance, and long-term durability.

Moisture trapped within building materials during construction can lead to long-term performance issues if not identified early. harnageIR uses infrared imaging to confirm construction conditions by detecting retained moisture in walls, roofs, and structural assemblies before enclosures and finishes are completed.

These non-destructive inspections help project teams verify that materials have properly dried, identify unintended moisture intrusion, and address issues before they become concealed. Early moisture confirmation supports quality control, reduces the risk of future damage, and contributes to the long-term durability of new construction projects.