CONSTANT AIRFLOW REGULATOR BY EFLOW USA

MOST ECONOMIC-EFFICIENT-EASY CONSTANT AIRFLOW REGULATOR ON THE MARKET

Introducing Constant Airflow Regulator by eFlow USA. Our Constant Airflow Regulators, also known as Automatic Balancing Dampers are UL Classified devices that automatically adjust to environmental changes in stack pressure and accurately regulate airflow.

Control of the airflow is essential to optimize energy consumption while providing good air quality.
Automatically adjust to environmental changes in stack pressure and accurately regulate airflow.
Constant airflow regulators are self-regulating and adjustable flow-regulators for commercial and residential buildings.
Constant airflow regulators save energy and money by precisely controlling airflow into or out of space, regardless of static pressure, and all along providing good air quality.

OUR FEATURED PROJECTS

FEATURED PROJECTS

The Spiral, 66 Hudson Boulevard, New York, NY

The Spiral is expected to be completed in late 2021 and will feature eFlow-Constant Airflow Regulators! About The Spiral Developed by Tishman... Read More

AMLI 808 North Wells Street Chicago, IL

Developed by AMLI Residential, 808 North Wells building is being built to achieve LEED Gold® certification. AMLI Residential focuses... Read More

440 Berry Street, Brooklyn, NY

440 Berry Street is a New York City Housing Authority (NYCHA) owned building located in the Williamsburg neighborhood in Brooklyn,... Read More

425 Grand Concourse, Bronx NY

eFlow is honored to take part in yet another Passive House building project!   Installation of eFlow-Constant Airflow Regulators (CAR's)... Read More

Brookfield Place at 250 Vesey Street, NYC

Years of low ventilation exhaust rates and poor indoor air quality at Brookfield Place were resolved with the installation... Read More

Verona Senior Citizens Apartments, Verona, NJ

The Verona Senior Citizens Apartments installed eFlow-Constant Airflow Regulators in order to automatically balance the building's ventilation system, promote... Read More