CLIPSO®
CLIPSO® – ADVANCED ACOUSTIC & DECORATIVE STRETCH FABRICS FOR CEILINGS & WALLS
CLIPSO® is an innovative stretch fabric system that provides superior sound absorption, aesthetic enhancement, and durability, making it the perfect choice for architectural, commercial, and professional spaces. CLIPSO® materials are designed for ceilings and walls, offering enhanced acoustic comfort and a sleek modern finish.
Key Benefits
- Superior sound absorption, reducing reverberation and enhancing acoustic quality.
- Elegant design, with a perfectly smooth surface and customizable finishes.
- Flexible installation, allowing large-scale applications without visible seams.
- Moisture & wear resistance, ensuring long-term durability and easy maintenance.
- Fast & clean installation, with no dust or heavy construction work required.
- Available in acoustic, printable & backlit versions, allowing for full customization of your space.
Technical Specifications
- Material: High-strength fabric, resistant to moisture and bacteria.
- Noise Reduction Coefficient (NRC): Up to 0.95, ensuring outstanding acoustic performance.
- Maximum seamless width: Up to 5 meters, creating a sleek and uninterrupted surface.
- Certifications: Compliant with international soundproofing, environmental sustainability, and fire resistance standards.
- Custom printing & lighting options, for fully personalized decorative solutions.
Applications
- Architectural & professional spaces, improving both aesthetics and acoustic comfort.
- Conference rooms & educational institutions, enhancing sound distribution.
- Hotels & commercial spaces, creating a premium atmosphere with improved acoustics.
- Restaurants & hospitality areas, reducing unwanted noise and enhancing visitor experience.
- Residential applications, for aesthetic improvement and noise reduction.
CLIPSO® is the ultimate solution for those looking for high-end aesthetics, excellent sound absorption, and versatile installation options. Contact us for more details or to find the best version for your project.