ALUMINIUM ALL-ANGLE KICKSTAND: The 4Lite comes equipped with an aluminium all-angle kickstand that provides 360-degree rotation, ensuring you can effortlessly adjust the air stream direction towards your nose. The versatile design of this bracket also allows it to function as a handle, enhancing portability and ease of use.
THREE FAN SPEED OPTION: The 4Lite offers three fan speed settings: low, medium, and high. These options are designed to accommodate varying distances between the device and your face, ensuring optimal airflow and comfort for different personal preferences and situations.
HEPA filter: The 4Lite is equipped with an E11 filter, boasting a 98% filtration efficiency for particles as small as 0.3 microns. For optimal performance, the filter should be replaced every 150 to 200 hours of operation.
The 4Lite employs a straightforward yet effective technologyUnlike traditional air purifiers that push air through a fan after filtration, the 4Lite expels air directly from the filter itself. This method results in a smooth, laminar airflow that is gentle and ideal for breathing comfort and minimize dirty ambient air into the stream.
Providing purified, fresh air directly to your face in an enclosed, crowded environment. 4Lite is crafted to deliver a filtrated pristine airflow directly to your face, enhancing your breathing experience. This device serves as an additional layer of protection, complementing the precautions you've already implemented. Moreover, the gentle breeze it provides can alleviate the discomfort often associated with wearing a respirator.
Offering extra safety while you dine. During meal times, wearing a respirator is not feasible. To ensure you have an additional layer of protection, the 4Lite is an ideal solution. While traditional air purifiers might take hours to filter an entire room, the 4Lite offers a unique advantage. It provides immediate protection for your breathing, starting within just 10 seconds of activation, ensuring you have a swift and effective safeguard against airborne contaminants during dining.