Why are thermal bridges important?

Thermal bridges can increase heat transfer and produce colder interior surface temperatures during winter. In certain conditions, these colder surfaces can contribute to surface condensation, discomfort or localized moisture-related problems.

Can thermography help identify missing insulation?

Thermal imaging can reveal patterns consistent with missing, displaced or non-uniform insulation when there is sufficient thermal contrast. Construction details and other possible explanations should be considered before confirming the cause.

Can thermography determine the type or thickness of insulation?

Generally, no. Thermal imaging evaluates surface-temperature patterns rather than directly identifying concealed insulation materials or measuring their thickness. Drawings, exploratory openings or other investigative methods may be required.

Can infrared thermography help investigate condensation?

Yes. Thermography can identify relatively cold surfaces where condensation may be more likely under certain indoor temperature and humidity conditions. The investigation should also consider humidity, dew point, insulation, thermal bridging and air movement.

Can thermography detect mold?

No. Infrared thermography does not directly detect mold. It may identify thermal anomalies associated with moisture conditions that could warrant further investigation, but determining whether mold is present requires an appropriate separate assessment.

Can thermography be used to investigate foundations?

Yes. Depending on accessibility and conditions, thermal imaging may help identify temperature anomalies on foundation walls or basement surfaces that warrant further investigation for moisture, infiltration or insulation-related conditions.

Can thermography identify a leaking foundation crack?

It may help identify thermal effects associated with moisture near a crack, but it cannot establish by itself that the crack is the source. Water may enter through another location and migrate before appearing at the observed area.

Can infrared thermography be used in parking garages?

Yes. Thermal imaging may support investigations of selected conditions in parking structures, including moisture-related anomalies and water migration. It should generally complement direct inspection of concrete, cracks, joints, membranes and drainage systems.

Can thermography detect concrete deterioration?

Thermal imaging can sometimes reveal surface-temperature anomalies associated with differences within a concrete assembly, but it should not automatically be interpreted as proof of deterioration. Visual inspection, sounding and other appropriate methods may be required to assess concrete condition.

Can infrared thermography be used during a Building Condition Assessment?

Yes. Building Condition Assessments (BCA) and Property Condition Assessments (PCA) can incorporate thermography where thermal imaging adds useful diagnostic information regarding the roof, building envelope, moisture or other conditions.

FAQs Archive - Page 3 of 95

Why are thermal bridges important?
Can thermography help identify missing insulation?
Can thermography determine the type or thickness of insulation?
Can infrared thermography help investigate condensation?
Can thermography detect mold?
Can thermography be used to investigate foundations?
Can thermography identify a leaking foundation crack?
Can infrared thermography be used in parking garages?
Can thermography detect concrete deterioration?
Can infrared thermography be used during a Building Condition Assessment?

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