FLIR Level II Certified

FLIR Infrared Thermal Imaging Services

Professional FLIR infrared thermal imaging for building envelope leak detection. Our FLIR Level II certified thermographers use advanced thermal cameras with ±0.1°C accuracy to detect moisture intrusion, air leaks, and thermal bridging invisible to traditional inspection methods.

Advanced FLIR Thermal Capabilities

±0.1°C Accuracy

Professional FLIR cameras with industry-leading temperature measurement precision

High Resolution Imaging

640x480 thermal sensors capture detailed temperature variations across building surfaces

Multi-Spectral Analysis

Combined thermal and visual imaging for comprehensive envelope assessment

Real-Time Analysis

Instant temperature mapping and anomaly detection during inspection

Thermal Imaging Applications

Moisture Detection

Thermal imaging reveals moisture patterns through temperature variations in building materials

Detects 0.05°C temperature differences

Thermal Indicators

Cooler areas indicating moisture presence
Evaporation cooling patterns
Thermal signatures of water migration
Saturation level visualization

Moisture Detection

FLIR Detection

Air Leak Identification

Temperature differences reveal air infiltration and exfiltration through envelope systems

Identifies air leaks as small as 1 CFM

Thermal Indicators

Temperature variations at penetrations
Air movement thermal patterns
Pressure differential effects
Seal failure identification

Air Leak Identification

FLIR Detection

Thermal Bridge Detection

Structural thermal bridges that compromise building energy efficiency

Maps thermal bridges to ±0.1°C

Thermal Indicators

Heat transfer through connections
Insulation gap identification
Structural element heat loss
Energy efficiency assessment

Thermal Bridge Detection

FLIR Detection

Insulation Assessment

Evaluation of insulation performance and identification of missing or damaged insulation

Identifies 95% of insulation defects

Thermal Indicators

Insulation void detection
Compression identification
Installation quality assessment
R-value performance verification

Insulation Assessment

FLIR Detection

Professional FLIR Equipment

FLIR T1020 Thermal Camera
  • 1024 × 768 thermal resolution
  • ±1°C or ±1% accuracy
  • -40°C to +2000°C range
  • Real-time radiometric recording
FLIR E95 Advanced Camera
  • 464 × 348 thermal resolution
  • ±2°C or ±2% accuracy
  • 42° × 32° field of view
  • UltraMax super-resolution
Analysis Software
  • FLIR ResearchIR Max
  • Advanced temperature analysis
  • Multi-point temperature tracking
  • Professional reporting tools

Thermal Imaging Process

1

Pre-Inspection Planning

Review building plans, identify target areas, and plan optimal thermal imaging conditions

Weather conditions
Building temperature differential
Access requirements
2

Equipment Calibration

Calibrate FLIR cameras and verify accuracy using reference standards

Emissivity settings
Ambient temperature
Humidity compensation
3

Systematic Thermal Scanning

Comprehensive thermal imaging of all envelope components and suspected problem areas

Multiple viewing angles
Interior and exterior scans
Detailed documentation
4

Real-Time Analysis

Immediate analysis of thermal patterns and temperature anomalies during inspection

Temperature differential analysis
Pattern recognition
Anomaly verification
5

Data Processing

Advanced analysis using FLIR software for detailed temperature mapping and reporting

Image enhancement
Temperature profiling
Comparative analysis

Professional Certifications

FLIR Level II Certified Thermographer

Building Science Thermal Specialist

Infrared Training Center Graduate

Thermographic Applications Certified

Ready for Professional FLIR Thermal Imaging?

Get precise thermal imaging analysis from FLIR Level II certified thermographers.

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