KDAN WOOD WOOL TILES
Functional Design Meets Natural Sustainability
KDAN Wood Wool Panels are next-generation building materials crafted to meet the modern demands of energy-efficient construction, acoustic comfort, and environmental responsibility. Made from a natural blend of wood wool, cement, and water, these panels deliver exceptional performance in sound absorption, thermal insulation, and moisture regulation—all while maintaining a stylish, customizable appearance.
Note: All patterns are inter-compatible, allowing infinite design possibilities across walls and ceilings.
Key Features
Here are some key features:
- Sound Absorption & Acoustic Comfort
With a naturally open material structure, KDAN wood wool panels effectively reduce sound reflections and ambient noise, creating calm and comfortable acoustics in homes, offices, schools, auditoriums, and industrial spaces. - Thermal Insulation & Energy Efficiency
KDAN panels store ambient heat and release it when temperatures drop, helping to stabilize indoor climate and reduce energy consumption—promoting both comfort and sustainability. - Moisture-Regulating & Mold-Resistant
The high pH value of the material resists mold and decay. The panels naturally balance air humidity by absorbing and releasing moisture, improving indoor air quality. - Fire-Resistant & Durable
KDAN panels are fire-retardant and offer long-term durability. Their robust surface withstands vacuum cleaning, making them suitable for high-traffic and sensitive environments such as restaurants and public facilities. - Eco-Friendly & Low Emission
Manufactured from renewable resources, KDAN wood wool is recyclable, low-emission, and contributes to a healthier indoor environment without releasing dust or harmful particles. - Design Without Limits
KDAN Acoustic Panels come in 7 designer patterns and plain, crafted for visual harmony and architectural creativity. Combine or alternate between textures for unique, modular aesthetics:
Note: All pattern are inter-compatible, allowing infinite design possibilities across walls and ceilings.
