Thermal Imaging (Infrared Thermography)

Thermal Imaging, also known as Infrared Thermography, is an advanced diagnostic technique used to detect hidden problems in buildings by capturing temperature variations on surfaces. Without breaking, drilling, or damaging any component, thermal imaging identifies moisture intrusion, electrical faults, insulation defects, and structural anomalies that are not visible to the naked eye.

It is one of the most powerful tools for preventive maintenance and structural assessment.

How Thermal Imaging Works

A high-resolution infrared camera scans the building surface and measures the heat signatures emitted from materials. Differences in temperature help identify:

• Water leakage

• Voids and delamination

• Electrical overheating

• Thermal bridging

• Insulation failure

• Dampness or seepage
  This allows for accurate detection of defects without physical intervention.

Why Thermal Imaging Is Important

• Detects hidden issues before they become major problems

• Saves cost by identifying exact locations of leakage or electrical faults

• Helps prevent structural deterioration due to moisture

• Increases safety in electrical systems and building components

• Supports evidence-based rehabilitation decisions

• Essential for modern structural audits, repairs, and maintenance planning
  
  

Applications of Thermal Imaging

1. Leakage & Dampness Detection

• Identifies moisture trapped inside walls and slabs

• Locates seepage pathways without breaking the surface

• Helps confirm waterproofing failure
  
  

2. Electrical System Analysis

• Detects overheating in wiring, switches, and distribution panels

• Identifies loose connections and potential fire hazards
  
  

3. Roof & Terrace Inspection

• Finds insulation defects and heat-loss points

• Identifies moisture pockets below waterproofing layers
  
  

4. HVAC System Testing

• Detects inefficiencies in cooling and ventilation systems

• Checks air leakage around ducts, vents, and insulation
  
  

5. Structural & Civil Assessment

• Locates delamination in plaster, tiles, or concrete

• Detects uneven heating patterns indicating voids or defects
  
  

6. Energy Efficiency Assessment

• Identifies areas where heat is escaping

• Helps improve building energy performance
  
  

Benefits of Thermal Imaging

✔ Non-destructive and quick inspection
✔ Accurate detection of hidden faults
✔ Saves time and prevents unnecessary breaking
✔ Improves safety in structural and electrical systems
✔ Reduces long-term repair and maintenance costs
✔ Generates visual, easy-to-understand thermal reports

Our Thermal Imaging Service Includes

• On-site scanning using professional infrared cameras

• Temperature-based analysis of building elements

• Identification of leakage, dampness, cracks, and hotspots

• Detailed thermographic images with colour-coded data

• Technical report with recommendations

• Integration of findings into structural audit or rehabilitation plans

Why Choose Us for Thermal Imaging?

• Latest high-precision infrared equipment

• Qualified and experienced thermography professionals

• Accurate interpretation supported by structural expertise

• Clear and actionable reporting

• Ideal for housing societies, commercial buildings, and industrial spaces