Thermal imaging dampness

thermal imaging camera
Flir E8 with MR77

We have been using our infrared camera (or thermal imaging camera) to detect dampness and building failures.  Thermal imaging is a non-invasive tool for monitoring dampness and diagnosing the condition of buildings. Additionally, we can identify problems early. Taking proactive measures allows us to document and address issues early on, preventing them from escalating into more serious problems that can be costly to repair.


About our FLIR thermal imaging cameras:

They are as easy to use as a camcorder or a digital camera.

 Give you a full thermal image of dampness and building defects.

 Identify and locate an air leakage problem rapidly

 Measure surface temperatures

 “Assist you in diagnosing the problem that needs to be resolved.”

 Help you find small defects before they become a real problem

 Saves clients time and money

infrared image will detect the dew point at which water in the air will condense
condensation on window

Infrared imaging and dampness

Thermal imaging cameras will find the Dew point, which is one of the keys to understanding and controlling condensation in the home. This often leads to an unhealthy environment for the occupiers.

Mould and dampness can cause health problems. Using infrared thermography can detect dampness and mould in a house.

The camera produces thermal images of heat radiation on a wall. This identifies areas for water leak detection investigation combined with a moisture meter.

The camera can find incorrectly filled insulation and damp affected insulation internally. Assessing insulation installation is straightforward, even in wall cavities! By heating the building and creating negative pressure, we gain valuable insights into its effectiveness. This process helps ensure your home stays comfortable and energy-efficient.

Using a thermal imaging camera, you can find a water escape problem in the underfloor radiant flooring heating system. Heat is provided by hot-water pipes or electric wires in the floor. As the thermal energy moves due to conduction, it warms up any surface around, then the air above by convection and radiation.

 infrared technology has successfully been used to detect flat roof failures.

For more information, please read our article on infrared imaging in buildings.

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