With global attention on healthy buildings and indoor air quality reaching unprecedented levels, leading building materials manufacturer Greencity® recently announced the official launch of its innovative “Bamboo Charcoal WPC Interior Wall Panel” to the global market. This product not only inherits the excellent characteristics of wood-plastic composite (WPC) materials, such as moisture resistance, stability, and ease of installation, but also incorporates active bamboo charcoal factors, giving the wall material a new function of actively improving air quality.
The release of pollutants such as formaldehyde and TVOC from traditional building materials has long plagued the construction industry and end-users. Greencity®’s R&D team drew inspiration from nature, deeply integrating specially treated active bamboo charcoal particles into the WPC substrate. Third-party testing reports show that the product has a 24-hour formaldehyde purification rate of over 85% and can continuously adsorb odors and moisture, acting like a “natural purification filter” for building walls.
“We believe that future building materials should not only be passive structural elements, but also intelligent systems that actively contribute to the health and comfort of users,” said the product development director of Greencity®. “The launch of this bamboo charcoal wall panel is an important step in our commitment to the philosophy of ‘materials serving health’. It is particularly suitable for schools, hospitals, hotels, offices, and health-conscious residential projects, providing architects and developers with a powerful tool to achieve green building certifications (such as LEED and WELL).”
The product series offers a variety of modern wood and stone finishes, combining aesthetics and functionality. Its easy-to-install hidden buckle system significantly shortens construction time. Currently, the product has obtained multiple international environmental and safety certifications and is now accepting inquiries and customization requests from global projects.