A steady inflow of fresh, conditioned air improves air quality of indoor settings.
Energy recovery between supply air and exhaust air eliminates waste to realize efficient ventilation.
Air Masters unique modular system enables each unit to be tailor-fitted to the exact dimensions required.
Control your air conditioning system remotely through your smartphone or voice assistant, allowing you to adjust settings from anywhere for ultimate convenience and flexibility.
Our residential ventilation solutions are designed to keep your home healthy, fresh, and comfortable. We offer systems like HRVs and ERVs that bring in clean outdoor air while removing indoor pollutants and excess humidity—perfect for modern, airtight homes. Enjoy better air quality and energy efficiency all year long.
For businesses and large facilities, we provide scalable ventilation systems that ensure compliance with health and safety standards while enhancing indoor comfort. From demand-controlled ventilation to high-capacity exhaust and supply fans, our solutions are built to handle high occupancy, varying loads, and complex airflow needs efficiently.
Our ventilation solutions are designed with energy efficiency in mind. By balancing fresh air intake with energy recovery, we help reduce heating and cooling costs while maintaining a constant supply of clean, fresh air in your space—without wasting energy.
Air Masters integrate advanced technologies to provide efficient and sustainable air conditioning solutions. Our Heat Exchange Elements optimize the transfer of heat, ensuring energy-efficient temperature control and consistent comfort. Additionally, we feature Air Master's Unique Heat Pump Desiccant, which combines innovative heat pump technology with a desiccant system to control humidity levels.
The thin film material allows only small water molecules (moisture) to penetrate while blocking out larger molecules such as CO2 . This eliminates waste by preventing the heat and moisture of the conditioned air from escaping outdoors and promotes efficient ventilation using less energy.
The thin film material allows only small water molecules (moisture) to penetrate while blocking out larger molecules such as CO2 . This eliminates waste by preventing the heat and moisture of the conditioned air from escaping outdoors and promotes efficient ventilation using less energy.
