CORKBRICK Europe is thrilled to announce its strategic partnership with Revalu.io, an innovative platform dedicated to advancing sustainability in the built environment. This collaboration will feature CORKBRICK's eco-friendly, modular building solutions within Revalu.io's comprehensive material database.
Integration into Revalu.io's Database: CORKBRICK’s sustainable dynamic modular blocks are now accessible through Revalu.io, providing architects and builders with easy access to these innovative solutions.
Promoting Sustainable Building: This partnership emphasizes the importance of using low-impact materials in construction, aligning with global efforts to reduce carbon footprints and promote environmental responsibility.
Industry Recognition: Being featured on Revalu.io highlights CORKBRICK’s commitment to sustainability and innovation, reinforcing its position as a leader in sustainable building solutions.
The inclusion of CORKBRICK in Revalu.io’s platform marks a significant step towards fostering a new era of sustainable architecture. By offering dynamic and modular building solutions, CORKBRICK empowers architects to design adaptable and environmentally friendly structures. This partnership not only enhances the visibility of sustainable materials but also supports the global movement towards greener construction practices.
For more information, please visit CORKBRICK Europe and Revalu.io.
About CORKBRICK Europe: CORKBRICK Europe specializes in sustainable, modular building solutions that are both environmentally friendly and versatile. Their products are designed to create dynamic structures that can be easily assembled, disassembled, and reconfigured, promoting sustainability in the construction industry.
About Revalu.io: Revalu.io is a leading platform dedicated to providing data and tools for decarbonizing the built environment. By integrating sustainable materials and promoting low-impact construction practices, Revalu.io aims to support architects, builders, and manufacturers in creating a more sustainable future.