- Sealing Ventilation Ducts -
©AEROSEAL- Technology
Why Choose AIR MAZE?
As an ©Aeroseal applicator, we offer you a revolutionary solution for ensuring that your air ducts are watertight. Thanks to our expertise and advanced technology, we can intervene quickly and efficiently to optimize the performance of your ventilation systems while reducing your energy costs. Find out why we're your best choice:
An Innovative and Non-Invasive Method
Immediate and Measurable Performance
Compliance with Standards and the Environment
Aeroseal technology seals air duct leaks simply and effectively, without the need to dismantle installations. We inject a mist of polymer particles into your ventilation network that automatically targets and repairs leaks, even in hard-to-reach areas. This method guarantees optimum results while minimizing disruption to your operations.
Our intervention reduces air leaks by up to 95%, instantly improving the energy efficiency of your systems. By reducing losses, we help lower your operating costs, improve indoor air quality, and extend the lifespan of your equipment.
Aeroseal applicators ensure compliance with current standards, particularly those related to energy efficiency and air quality. Additionally, the product used is environmentally friendly and safe for occupants, making it a sustainable and safe solution.
©AEROSEAL How Does It Work?
The application of Aeroseal Duct Sealing technology is an innovative and effective method for ensuring air duct tightness. This process, designed to reduce leaks without requiring dismantling, follows a series of precise steps to achieve optimal results.
The process begins with system preparation, where registers and ventilation outlets are temporarily sealed. This focuses the treatment on sections of the duct network where leaks are present. Once the network is isolated, the Aeroseal equipment is connected to an appropriate system opening, preparing the network for product injection.
Before applying the sealing solution, initial cleaning may be performed if necessary, to remove debris or contaminants that might disrupt the process. This ensures the sealing particles adhere effectively to targeted areas.
The key step involves injecting Aeroseal particles. A mist composed of non-toxic polymers is diffused inside the ducts by specialized equipment. These particles, carried by airflow, naturally gravitate toward leaks. When they encounter an opening, they progressively aggregate along its edges until complete sealing is achieved.
Throughout the process, performance is monitored in real-time using integrated measuring instruments. Leak levels and airflow are continuously monitored to ensure the treatment proceeds correctly. When leaks reach a minimal level or are entirely eliminated, the process is stopped.
Finally, a validation and final reporting stage is conducted. A sealing test is performed to confirm that the network complies with current standards. A detailed report is then provided, including results before and after treatment, and observed improvements.
By reducing leaks by up to 95%, the Aeroseal process offers immediate benefits, including increased energy efficiency, improved air quality, and reduced operating costs. This fast, environmentally friendly, and non-invasive method is ideal for residential, commercial, and industrial buildings aiming to optimize their ventilation systems.
The Benefits of ©AEROSEAL
Over 90% Leak Reduction:
Reduced Energy Costs
Fast Application
Preservation of Comfort and Hygiene
After sealing the ducts, the leakage rate is reduced by over 90%.
By minimizing leaks, ©AEROSEAL improves the energy efficiency of buildings. Ventilation systems are less burdened to deliver the necessary airflows. Reduced air leaks also lead to cost savings associated with air loss.
©AEROSEAL enables rapid intervention. Moreover, no demolition is required to access ducts, which also reduces the bill.
Thanks to sealing, contamination within ducts is reduced, airflow is better managed, and air quality is consequently preserved.
©AEROSEAL Application
The application of Aeroseal Duct Sealing follows a simple yet effective process. It begins with isolating registers and ventilation outlets to focus the treatment on leaks. A specialized machine injects a mist of non-toxic polymer particles into the ducts. These particles aggregate along the edges of leaks, sealing them progressively, even in the most hard-to-reach areas. During the process, leakage levels are monitored in real-time to ensure optimal sealing. Once completed, a final test is conducted and a detailed report is provided, attesting to the system's improved performance. This innovative method ensures up to 95% leak reduction while respecting the environment.
Our Commitment
At AIR MAZE, we are committed to providing you with:
Tailored Solutions: Our tests are customized according to your specific needs.
Certified Expertise: Our technicians are trained and experienced in applying European standards.
Comprehensive Support: From initial inspection to implementing corrective solutions.
The Benefits of Our Services
- Expertise compliant with European standards.
- High-precision measuring equipment.
- Personalized advice to optimize your system.
- A clear and actionable report for administrative or regulatory procedures.
©Aeroseal Duct Sealing Technology Application Process
The application of Aeroseal Duct Sealing follows a methodical process to ensure optimal air duct sealing. Here are the main steps:
System Preparation:
Isolation of registers and ventilation outlets: Air outlets in the ventilation network are temporarily sealed to focus application on leaks. Connection of Aeroseal equipment: A specialized machine is connected to the duct network to inject the sealing particles.
Initial Cleaning (if necessary):
Before sealing leaks, a preliminary cleaning may be carried out to remove debris and contaminants that could interfere with the process.
Injection of Aeroseal Product:
Particle diffusion: A mist of non-toxic polymers is injected into the ducts. Leak targeting: Particles aggregate and adhere to the edges of leaks through airflow, progressively sealing openings.
Real-Time Monitoring:
Performance tracking: Airflow and leak levels are monitored throughout the process using integrated measuring instruments. Completion: When leak levels drop below defined thresholds (often close to zero), the process is stopped.
Validation and Final Report:
Sealing test: A final assessment is performed to confirm that the network complies with sealing standards.
Detailed report: A summary document is provided, indicating improvements made and measured results.