Cloud is lightweight, easy to install, and adaptable to a wide variety of project requirements. The system is produced from plate sheets with 12 mm or 14 mm thickness options and is available in several standard dimensions and configurations. Different forms and sizes allow designers to create unique ceiling compositions that respond to both functional and aesthetic goals.

Suitable for offices, meeting rooms, educational facilities, hospitality venues, public spaces, and collaborative work environments, Cloud combines acoustic efficiency with a sculptural appearance. The collection offers designers the flexibility to create visually dynamic ceilings while enhancing overall spatial quality and occupant comfort.

Cloud Acoustic Ceiling is designed for long-term durability and requires minimal maintenance. Regular cleaning can be carried out using a vacuum cleaner with a soft brush attachment or a dry, lint-free cloth to remove dust and surface particles. For light cleaning, a slightly damp cloth may also be used when necessary.

If liquid is accidentally spilled on the PET felt surface, it should be cleaned immediately with a dry cloth to prevent absorption. Harsh chemicals, abrasive cleaning products, and aggressive scrubbing should be avoided, as they may damage the material and affect its appearance. With proper care and routine maintenance, Cloud Acoustic Ceiling will continue to provide both acoustic performance and visual appeal for many years.

Cloud Acoustic Ceiling is suitable for a wide range of commercial, educational, hospitality, and public interior environments where both acoustic comfort and architectural aesthetics are important. It is commonly used in open-plan offices, meeting rooms, conference centres, coworking spaces, universities, schools, libraries, hotels, restaurants, reception areas, airports, cultural venues, and public buildings.

Its suspended cellular structure makes it particularly effective in large spaces with high ceilings, helping to reduce reverberation while creating a visually striking ceiling feature. Whether used as a standalone focal element or as part of a larger ceiling composition, Cloud Acoustic Ceiling enhances speech clarity, occupant comfort, and overall interior experience while contributing to a distinctive architectural identity.

Cloud Acoustic Ceiling is backed by a 10-year warranty, reflecting the durability, quality, and long-term reliability of its PET felt construction. Designed for commercial, educational, hospitality, and public interior environments, the system is engineered to maintain its structural integrity, acoustic performance, and visual appearance over time.

When installed and maintained according to the recommended guidelines, Cloud Acoustic Ceiling provides a dependable and long-lasting acoustic solution, offering architects, designers, and building owners confidence in both its performance and durability for years to come.

Yes. Research consistently shows that acoustic comfort plays an important role in occupant wellbeing, concentration, communication, and overall satisfaction within interior environments. Excessive noise and reverberation can increase stress levels and make everyday activities more difficult.

Cloud Acoustic Ceiling helps create calmer and more comfortable environments by reducing sound reflections and improving overall acoustic quality. Combined with its visually engaging design, the system contributes to interior spaces that feel more welcoming, productive, and enjoyable for users throughout the day.

Cloud Acoustic Ceiling is manufactured from PET felt containing recycled material, supporting environmentally responsible interior design strategies. In addition to its recycled content, the product is designed for durability and long-term performance, helping reduce the need for frequent replacement.

The combination of sustainable materials, acoustic functionality, and architectural versatility makes Cloud an attractive choice for architects, designers, and project teams pursuing sustainable building objectives. It allows projects to improve acoustic comfort while contributing to responsible material selection and long-term environmental performance.