Conduct a Thermal Imaging Scan to Detect Cold Spots

It is conducted using an infrared camera to inspect a property for moisture intrusion, thermal insulation loss, energy efficiency challenges, and air leakage. It does not require dismantling structures or invasive testing methods.

How Does Thermal Imaging Work?

Thermal imaging captures images of heat patterns on various surfaces, allowing us to visualize areas where moisture may have accumulated. These patterns provide valuable information about a structure's insulation and air leakage, potentially resulting in reduced energy efficiency and comfort.

Benefits of Thermal Imaging

• Moisture Detection: Accurately locates sources of water intrusion, including leaks in roofs, walls, and foundations.
• Insulation Assessment: Identifies areas with insufficient insulation, leading to energy loss and uncomfortable indoor temperatures.
• Energy Efficiency Analysis: Determines areas of air leakage, highlighting potential areas for energy conservation improvements.
• Preventative Maintenance: Early detection of moisture and insulation issues allows for prompt repairs, preventing further damage and associated costs.

How to Conduct a Thermal Imaging Scan

1. Schedule an inspection with a qualified professional.
2. Allow the property to maintain a stable temperature for several hours before the scan.
3. Avoid using heat sources or air conditioning during the scan.
4. Provide the inspector with a detailed history of any known moisture issues or concerns.

Interpreting Thermal Imaging Results

Thermal imaging results are typically presented as color-coded images. Warmer areas indicate higher temperatures, while cooler areas represent potential moisture or insulation problems. A qualified inspector can provide a comprehensive report, identifying areas of concern and recommending appropriate solutions.