Katie Mason Promoted to Senior Associate
Katie has been an integral part of the Cx Associates team since 2012, growing from Engineering...
Cx Associates performs ASTM C1060 field testing. We've performed building enclosure commissioning and C1060 testing on commercial, industrial, institutional, multifamily, and residential projects across Vermont and the Northeast. Our team includes experts with deep familiarity in building code and enclosure standards.
Adequacy and uniformity of insulation installation in wall, floor, and ceiling cavities of frame buildings
Wood and steel frame buildings; wall, floor, and ceiling/roof assemblies with cavity insulation
Both new construction quality verification and existing building diagnostics
Building enclosure commissioning plans, energy audit protocols, LEED verification requirements
Qualitative non-destructive thermal imaging — identifies thermal anomalies for further investigation
Ready to schedule building enclosure testing? Contact us to discuss your project timeline and enclosure scope.
ASTM C1060 is a standard practice for using infrared (thermal) cameras to inspect the insulation installations in frame building assemblies. The practice uses the principle that thermal anomalies — areas of unusually high or low thermal radiation — indicate locations where insulation is missing, incorrectly installed, improperly supported, or where air infiltration is occurring through gaps in the thermal envelope.
The practice is most effective under conditions of significant temperature differential between the interior and exterior of the building — typically at least 18°F (10°C) for at least four hours before and during the survey. Under these conditions, areas of missing or deficient insulation transmit significantly more heat than areas of properly installed insulation, creating visible patterns in the thermal image.
ASTM C1060 is a qualitative practice: it identifies the presence and location of thermal anomalies, but does not quantify the extent of the insulation deficiency. Anomalies identified in the thermal survey are typically confirmed by visual inspection — removing a section of drywall or cladding to observe the insulation condition directly.
Wood frame and steel stud wall assemblies with batt, blown, or spray foam insulation
Floor assemblies over unconditioned spaces
Ceiling assemblies below unconditioned attics
Flat or cathedral roof assemblies in frame buildings
Qualitative supplementation to quantitative blower door testing
New construction quality verification before drywall installation (interior surveys)
Existing building energy audits and diagnostics
Comfort investigations — locating cold spots, drafts, or thermal bridging
Pre-purchase building assessments
Insulation installation deficiencies are among the most common — and least visible — building enclosure problems on new construction. Missing batt sections, improperly supported insulation that has sagged away from the sheathing, and gaps at penetrations and framing members can reduce effective thermal performance significantly without any visible evidence from the interior or exterior. C1060 inspections during construction, before drywall installation, provide an opportunity to identify and correct deficiencies at minimal cost.
On existing buildings, thermographic inspection is often the most efficient first step in diagnosing chronic energy loss, comfort complaints, or condensation problems — providing a roadmap for targeted investigation rather than requiring comprehensive destructive investigation.
These standards are commonly specified alongside or in place of ASTM C1060 depending on project scope. Cx Associates performs all of the following:
Infrared imaging for locating wet insulation in roofing systems
Air leakage site detection (complements thermal imaging for envelope diagnostics)
Whole-building air leakage quantification by fan pressurization
Reference thermographic inspection requirements in residential energy auditing programs
Katie has been an integral part of the Cx Associates team since 2012, growing from Engineering...