Contemporary Absorptive Ceiling Baffle
kleen® kArrow® is an absorptive ceiling baffle from the Kinetics kleen recycled PET acoustic product range. Designed with modern styling for contemporary spaces, kArrow combines design simplicity with acoustic function, making it suitable for interiors where reverberation control and architectural ceiling expression are both required.
Flexible Baffle Styling Options
kArrow allows designers and consultants to choose from straight bottom, curved, or offset curve patterns, helping add the desired level of style to the acoustic ceiling design. This makes it practical for spaces that require a visually coordinated acoustic treatment rather than a purely technical sound absorber.
Standard Sizes for Project Coordination
The kArrow baffle is available in standard 48″, 72″, and 96″ baffle lengths with a 12″ baffle height. These standard sizes support easier specification, coordination, and installation planning for contractors, acoustic consultants, architects, and interior fit-out teams.
High and Mid-Frequency Sound Absorption
kArrow is designed for high and mid-frequency absorption and provides good reverberation control for voices. It is suitable for occupied interiors where speech clarity, acoustic comfort, and reduced echo are important, including commercial offices, classrooms, hospitality spaces, reception areas, and shared public environments.
Sustainable kleen Recycled PET Material
As part of the kleen family, kArrow uses recycled PET material. The kleen product range offers ultra-low VOC emissions, bleach cleanability, formaldehyde-free construction, and 100% recyclability, supporting acoustic design with an emphasis on environmental wellness.
Tested as an Actual Hanging Baffle
Acoustical performance information for kArrow notes that testing was conducted as an actual hanging baffle, with results presented per square meter of material. The manufacturer also notes that NRC is not the most accurate method for measuring baffle performance, and the data is presented as the apparent absorption coefficient from one face.