Explore a world of possibilities with products that push the boundaries of what’s achievable in architecture. From eco-friendly options that reduce environmental impact to innovative materials that enhance structural integrity, this selection showcases the latest advancements in the field.
Among the offerings, you’ll find sustainable options like recycled and reclaimed products that champion eco-conscious design, seamlessly combining aesthetics with environmental responsibility. Discover high-performance materials that withstand the test of time, ensuring that your architectural visions are built to last and endure.
These products cater to various architectural needs, from facades to interiors, and are suitable for diverse projects, whether you’re designing a sleek urban residence, a cozy rural retreat, or a commercial masterpiece. Each material tells a unique story, harnessing the craftsmanship of skilled artisans and the precision of modern engineering.
Join us in exploring the narratives and strengths of these architectural materials.
Designed by SDU CREATE, 3DLightSlab reduces CO2 emissions by using stress-based design to create sustainable load-bearing slabs in the built environment.
Heatherwick Studio and the leading Italian furniture company Magis have reunited for a new collection, 'In-Side.'
Nike recently unveiled its new collection for the upcoming Paris 2024 Olympic Games, which will take place between 26 July and 11 August...
Designed by Sarah Frister and Paul Streicher, Dessert Lights is a product of STRUCT3D, a company established in 2023 that produces 3D-printed design...
Thanks to the Gavle Symphony Orchestra, designer Julia Koerner and curator Andreas Vierziger made the Frozen Music project possible.
Delta Diffuse, designed by Nolan Kim, is the design and development of an outsole that Reaction-Diffusion configures.
Designer Nazar Sigaher and CIRCULA collaborated to create the "Flow Series" - a collection of three side tables made from wood biocomposite using...
Fluid Forms showcases an innovative robotic additive manufacturing method that enables the more efficient printing of doubly curved thin shells.
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