Moisture Mapping is a comprehensive approach to detecting and locating moisture problems within structures. By utilizing specialized equipment and techniques, professionals can create detailed maps that reveal the extent and severity of moisture infiltration.

How does Moisture Detection Work?

Moisture detection relies on various methods to accurately identify areas with excessive moisture:

• Scanning Sensors:
  Specialized sensors scan surfaces and emit electromagnetic waves that are absorbed by moisture. The sensors measure the amount of absorption to determine moisture levels.
• Infrared Thermography:
  Infrared cameras detect variations in surface temperatures. Moist areas tend to be cooler than dry areas, allowing for easy identification and mapping.
• Resistance Meters:
  Resistance meters measure the electrical conductivity of building materials. High conductivity indicates the presence of moisture, as water is a good conductor of electricity.
• Relative Humidity Sensors:
  These sensors measure the relative humidity of the air within a confined space. Elevated relative humidity levels are typically indicative of potential moisture accumulation.

By combining multiple detection methods and analyzing the collected data, moisture mapping provides a comprehensive assessment of a structure’s moisture condition, enabling targeted remedial actions to address the underlying issues effectively.