The Future of Architecture: Is Graphene the Next Revolutionary Building Material?
The thinnest material known to man is also incredibly strong — 200 times stronger and 6 times lighte r than steel. How will graphene change design?
Features revealing the design and development of the world’s most innovative building-products.
The thinnest material known to man is also incredibly strong — 200 times stronger and 6 times lighte r than steel. How will graphene change design?
These award-winning kitchen fixtures can help optimize space, facilitate easier cooking and imbue th e home with a sleek, modern aesthetic.
Cosentino’s new HybriQ+ Technology brings forth a new era of sustainability for Silestone surfaces.
FMG’s high-performance slabs combine the aesthetics of natural stone with the technical strengths of stoneware.
ETFE and PTFE membranes have been beloved materials since the late 20th century. What details and us es set the two materials apart?
Able to accommodate extra-large glass panes with a fully concealed frame, Vitrocsa's new system is a significant innovation in glass wall design.
Rogers Stirk Harbour + Partners' O2 Arena in London has been partially shredded by high winds.
Without sacrificing aesthetics or function, these manufacturers are using materiality to create a mo re sustainable, closed loop.
As a material, timber is renewable, low-carbon and light weight, but is it the way forward for susta inable architecture?