CSICreative_Lanai
Category
Product > acoustical applications
Description
Company: CSI Creative
Company URL: csicreative.com
Product/Collection Name: Lanai - Earth Collection
About This Product: The CSI Creative Lanai Modular Suspended Lattice is a highly adaptable ceiling solution that seamlessly combines acoustic performance with vibrant biophilic design. Each module consists of a 2' x 2' metal grid foliage backer, a 2' x 2' acoustically absorbent folded tile, and ThermaLeaf® fire-retardant replica greenery. Designed with a pre-engineered suspension system, it ensures a smooth installation process and adapts to any ceiling condition, making it an efficient and cost-effective solution for a wide range of spaces.
Drawing inspiration from Lanai’s pristine landscape, this architectural installation captures the essence of the island, where lush green mountains meet the vast ocean. Floating like a sculptural topography, Lanai merges the precision of lattice design with organic greenery and cutting-edge acoustic technology, creating an immersive ceiling experience.
Made with Soundcore®, a recyclable acoustical PET backer, the system provides exceptional sound absorption and reverberation control. The 6” folded acoustic pocket tiles optimize the acoustic environment, ensuring that the space remains quiet and focused, ideal for both work and leisure.
The flexibility of the Lanai system allows for customization. Designers can opt for individually suspended units to create dynamic ceiling motion or select extended modular clouds that integrate smoothly with existing MEP systems. In addition, the long-lasting ThermaLeaf® replica greenery not only enhances the visual appeal of the space but also meets stringent fire safety standards, ensuring compliance with building codes.
As part of the Acoustic Greenery Collection, Lanai stands at the intersection of biophilia and acoustics, transforming interior spaces into dynamic, sustainable environments. The collection is defined by its Inherent Fire Retardancy, Acoustic Absorption, & Ease of Specification.