Quiet 9 Inch Twin Window Fan with 3-Speed Reversible Airflow and Thermostat for Home, Kitchen, Bedroom & Office

This 9-inch twin window fan boasts a host of features to provide optimal airflow control and convenience. Equipped with three-speed settings and reversible airflow capabilities, it can simultaneously intake fresh, cool air and exhaust stale, hot air, promoting effective air circulation.

The fan's remote control function allows for easy operation from up to 20 feet away, enabling you to adjust the wind speed to suit the current temperature and create a comfortable airflow for any occasion. The built-in adjustable thermostat further enhances the fan's versatility, allowing you to set the desired temperature range between 60°F and 90°F, with the fan automatically turning on and off to maintain the ideal conditions.

Designed with expandable side panels, this window fan can be adjusted up to 36.22 inches in width, making it suitable for a variety of double-hung and sliding windows. The four corner locks on the back of the fan help ensure a stable and secure installation when placed in the window.

For added convenience, the fan's versatile design allows it to be easily transitioned for use on the floor, tabletop, or any other flat surface. The built-in handle on the back of the unit makes it simple to move the fan to different spaces, ensuring you can enjoy refreshing, cool air wherever you need it.

The display screen and temperature indicator light on the control panel provide clear, at-a-glance feedback on the current temperature settings, allowing you to monitor and adjust the fan's performance as needed.

Whether you're looking to cool down your home, kitchen, bedroom, or office, this twin window fan with its reversible airflow, remote control, and adjustable thermostat capabilities is an excellent choice for maintaining a comfortable indoor environment. Its quiet operation and portable design further enhance its appeal, making it a practical and efficient solution for your cooling needs.

product information: