Moisture mapping involves identifying and visualizing areas with excessive moisture levels within structures, buildings, or other environments. It plays a crucial role in detecting potential water damage, structural integrity issues, and mold growth.
Infrared thermography utilizes thermal imaging cameras to detect temperature differences on surfaces. Areas with higher moisture content tend to have lower surface temperatures, allowing for the identification of moisture-affected zones.
ERT involves injecting an electrical current into a structure. Variations in electrical resistance are measured to determine moisture levels and create a comprehensive map of moisture distribution.
Microwave technology employs the principle of dielectric constant. Moist materials have a higher dielectric constant, which causes microwaves to be absorbed and reflected differently. This allows for the detection and quantification of moisture content.
Hygrometers and humidity sensors directly measure the relative humidity or moisture content of the air. They can be used to monitor moisture levels over time and identify areas with elevated humidity.