News

From translucent panels to self-healing mixes, discover six concrete technologies redefining what an architectural surface can do — with guidance for specifiers.

If graphene-enhanced concrete proves unsuitable for your project timeline, specifiers can utilize supplementary cementitious materials, optimize structural design, or specify alternative low-carbon binders to achieve sustainability targets without relying on advanced nanomaterials.

Biochar concrete transforms traditional building materials from a carbon source into a carbon sink. By integrating carbon-rich biochar – made from heated organic waste – into concrete mixes, the industry can drastically reduce embodied carbon.

To specify low-carbon concrete effectively, architects must ask suppliers for Environmental Product Declarations (EPDs) and target specific Global Warming Potential (GWP) thresholds.

Discover how circular concrete, recycled aggregates, and bespoke reuse strategies are ending throwaway specification in commercial architectural design.

Specifying concrete near you? Here’s what matters: quality control, durability design, and the 8 factors that separate excellence from average result.

Learn how AI-driven concrete mix design uses machine learning to predict strength, reduce carbon, and deliver highly predictable bespoke concrete.

Discover how bacteria-based self-healing concrete works, its immense value for civil infrastructure, and why bespoke commercial architecture requires a different approach.

Concrete surfaces are no longer limited to plain, utilitarian finishes. Today, they can be enriched to create surfaces that are both functional and visually distinctive.

We are thrilled to be featured in the latest issue of CONCRETE (the magazine of The Concrete Society).

Discover the luxurious appeal of black polished concrete flooring. Explore its durability, aesthetics, and maintenance benefits for modern spaces.