Component-Specific Testing

Window, Cladding & Wall Testing Services

Specialized testing of individual building envelope components including windows, cladding systems, and wall assemblies. Professional performance verification, seal integrity testing, and component-specific analysis across British Columbia.

Specialized Testing Capabilities

Window Seal Integrity

Comprehensive testing of window seals, gaskets, and weatherstripping performance

Cladding Attachment

Verification of cladding system attachment and structural connection integrity

Wall Assembly Performance

Complete wall system performance testing including thermal and moisture barriers

Component-Specific Analysis

Detailed analysis and reporting for individual building envelope components

Comprehensive Component Testing

Window System Testing

Comprehensive evaluation of window performance including seals, frames, and glazing systems

Testing Methods

  • Thermal imaging of window frames
  • Seal integrity pressure testing
  • Condensation pattern analysis
  • Frame thermal bridging assessment

Common Issues

  • Seal deterioration and failure
  • Frame thermal bridging
  • Glazing unit seal failure
  • Installation defects

Applications

  • New construction quality assurance
  • Warranty claim investigations
  • Energy efficiency assessments
  • Maintenance planning

Testing Standards

AAMA standards
CSA A440 series
ASTM window testing

Window System Testing

Professional Testing

Cladding System Analysis

Detailed assessment of exterior cladding systems including attachment, sealing, and performance

Testing Methods

  • Thermal imaging of cladding systems
  • Attachment point inspection
  • Joint and seal evaluation
  • Moisture intrusion testing

Common Issues

  • Attachment system failures
  • Joint sealant deterioration
  • Thermal movement issues
  • Water infiltration paths

Applications

  • Building envelope commissioning
  • Maintenance assessments
  • Performance verification
  • Failure investigations

Testing Standards

NBC requirements
Manufacturer specifications
Industry best practices

Cladding System Analysis

Professional Testing

Wall Assembly Testing

Complete wall system performance evaluation including all envelope components

Testing Methods

  • Multi-layer thermal analysis
  • Moisture barrier continuity testing
  • Air barrier performance verification
  • Structural connection assessment

Common Issues

  • Air barrier discontinuities
  • Moisture barrier failures
  • Thermal bridge connections
  • Assembly integration problems

Applications

  • Building performance optimization
  • Energy code compliance
  • Quality assurance programs
  • Retrofit planning

Testing Standards

NBC Part 9
ASHRAE 90.1
Passive House standards

Wall Assembly Testing

Professional Testing

Specialized Testing Equipment

FLIR Thermal Cameras

Applications

  • Window frame thermal analysis
  • Cladding thermal bridging
  • Wall assembly thermal performance

Specifications

  • ±0.1°C temperature accuracy
  • High-resolution thermal imaging
  • Real-time temperature analysis
  • Multi-point temperature tracking
Pressure Testing Equipment

Applications

  • Window seal testing
  • Cladding joint testing
  • Wall assembly air tightness

Specifications

  • Calibrated pressure measurement
  • Variable pressure capability
  • Leak location identification
  • Quantitative flow measurement
Moisture Detection Systems

Applications

  • Wall moisture assessment
  • Window condensation analysis
  • Cladding moisture intrusion

Specifications

  • Non-invasive moisture detection
  • Material-specific calibration
  • Depth profiling capability
  • Data logging and trending

Component Testing Process

1

Component Assessment Planning

1-2 hours

Detailed planning and preparation for component-specific testing procedures

Review building drawings and specifications
Identify critical testing locations
Develop component-specific test protocols
Coordinate access and safety requirements
2

Visual Inspection

1-3 hours

Comprehensive visual assessment of component condition and installation quality

Document component condition
Identify visible defects or damage
Assess installation quality
Photograph critical areas
3

Performance Testing

2-4 hours

Systematic testing of component performance using specialized equipment

Thermal imaging analysis
Pressure testing procedures
Moisture detection scanning
Seal integrity verification
4

Data Analysis

2-3 hours

Comprehensive analysis of testing data and performance metrics

Thermal pattern analysis
Performance metric calculation
Comparison to standards
Defect severity assessment
5

Component Reporting

3-4 hours

Detailed reporting with component-specific findings and recommendations

Component performance summary
Defect documentation
Repair recommendations
Maintenance planning guidance

Benefits of Component Testing

Identify component-specific performance issues
Verify installation quality and compliance
Optimize individual component performance
Support warranty and insurance claims
Plan targeted maintenance and repairs
Ensure building code compliance
Improve overall envelope performance
Extend component service life

Ready for Component-Specific Testing?

Get detailed analysis of your building envelope components with professional testing services.

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