Infrared Thermography Services - Building Thermography, Air Tightness Testing, Climate Change. Infrared Thermography Services - Building Thermography, Air Tightness Testing, Climate Change. Infrared Thermography Services - Building Thermography, Air Tightness Testing, Climate Change.
Infrared Thermography Services - Building Thermography, Air Tightness Testing, Climate Change. Infrared Thermography Services - Building Thermography, Air Tightness Testing, Climate Change. Infrared Thermography Services - Building Thermography, Air Tightness Testing, Climate Change.

Continuity of Insulation Surveys

Moisture and Mould

Construction Defects

Electrical, Mechanical, HVAC
& Under Floor Heating Systems

Roof Leaks

Post-disaster Inspections

Historic Buildings

Air Leakage / Heat Loss

Sound / Noise Leakage

 
BUILDING REGS 2000 L1A
BUILDING REGS 2000 L1B
BUILDING REGS 2005 L2
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Historic Buildings

Apart from the obvious and established use of locating and defining heat loss (which in itself can be very important in an old building) applications include the location and/or assessment of the following:

Structural timber frames behind render, weather-boarding plaster etc.
Structural joints, infilled openings etc. behind render on masonry walls
Bond failure and moisture ingress in renders, pargetting and harling
Lintels, structural failures, snapped headers etc. in brickwork
Variations in moisture levels

Assessment and inspection by conventional means can often involve the hire of expensive access equipment, temporary scaffolding and disruption of activity. Infrared camera surveys however can often be conducted from ground level. The speed with which an entire street can be assessed makes it a valuable tool in historical recording. The images can be electronically captured, stored on disc and printed out in colour. However, infra-red thermography is very sensitive to climatic conditions - rain or bright sun on a wall to be investigated may prevent any successful assessment, and the temperature gradient required sometimes means that more information on heated buildings can be obtained in winter, and unheated ones (such as churches) may be better surveyed at night when the day's solar gain provides sufficient gradation.

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