Air Tightness Testing
What is the Pulse Air Test?
The Pulse Air Test is an advanced, state-of-the-art method for measuring the airtightness of buildings. Offering a more natural and realistic approach to air permeability testing, it differs from traditional blower door tests by using a low-pressure pulse of air to evaluate a building’s ability to retain or lose air.
What is the Pulse Air Test?
The Pulse Air Test is an advanced, state-of-the-art method for measuring the airtightness of buildings. Offering a more natural and realistic approach to air permeability testing, it differs from traditional blower door tests by using a low-pressure pulse of air to evaluate a building’s ability to retain or lose air.
How Does It Work?
The Pulse system releases a brief, controlled burst of air into the building, creating a slight pressure fluctuation that mimics real-world conditions. Sensors then measure the airflow and pressure response to accurately assess the building’s airtightness. This method ensures precise, reliable data without over-pressurising the structure, providing a more realistic evaluation of air leakage.
How Does It Work?
The Pulse system releases a brief, controlled burst of air into the building, creating a slight pressure fluctuation that mimics real-world conditions. Sensors then measure the airflow and pressure response to accurately assess the building’s airtightness. This method ensures precise, reliable data without over-pressurising the structure, providing a more realistic evaluation of air leakage.
Benefits of the Pulse Air Test
01
Realistic Results
Simulates natural air leakage conditions, unlike high-pressure blower door tests.
02
Non-Intrusive
Minimal disruption to building occupants during testing.
03
Quick & Efficient
Delivers rapid and precise results.
04
Meets Industry Standards
Fully compliant with regulatory air permeability testing requirements.
05
Before/After Testing
Fully compliant with regulatory air permeability testing requirements.
01
Realistic Results
Simulates natural air leakage conditions, unlike high-pressure blower door tests.
02
Non-Intrusive
Minimal disruption to building occupants during testing.
03
Quick & Efficient
Delivers rapid and precise results.
04
Meets Industry Standards
Fully compliant with regulatory air permeability testing requirements.
05
Before/After Testing
Fully compliant with regulatory air permeability testing requirements.
Why Choose Pulse Over Traditional Testing?
Traditional air tightness tests often use high-pressure fans to create extreme conditions that may not accurately reflect real-life scenarios. The Pulse Air Test, however, uses lower pressures to simulate natural air leakage, offering a more realistic and reliable assessment without unnecessarily stressing the building structure.
Why Choose Pulse Over Traditional Testing?
Traditional air tightness tests often use high-pressure fans to create extreme conditions that may not accurately reflect real-life scenarios. The Pulse Air Test, however, uses lower pressures to simulate natural air leakage, offering a more realistic and reliable assessment without unnecessarily stressing the building structure.
Who Can Benefit from Pulse Air Testing?
Homeowners
Looking to improve energy efficiency and reduce heating costs.
Builders & Developers
Ensuring compliance with building regulations.
Energy Consultants
Seeking accurate data for sustainability assessments.
Facility
Managers
Maintaining air quality and optimizing HVAC efficiency.
Who Can Benefit from Pulse Air Testing?
Homeowners
Looking to improve energy efficiency and reduce heating costs.
Builders & Developers
Ensuring compliance with building regulations.
Energy Consultants
Seeking accurate data for sustainability assessments.
Facility Managers
Maintaining air quality and optimizing HVAC efficiency.
Who Can Benefit from Pulse Air Testing?
Homeowners
Looking to improve energy efficiency and reduce heating costs.
Builders & Developers
Ensuring compliance with building regulations.
Energy Consultants
Seeking accurate data for sustainability assessments.
Facility
Managers
Maintaining air quality and optimizing HVAC efficiency.
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