In the vibrant world of interior wall design, where walls evolve from mere boundaries into captivating canvases, textured panels are stealing the spotlight. Imagine the sleek flutes of a ribbed surface catching the light in a boutique hotel lobby, or the subtle grit of microcement adding earthy depth to a cozy home retreat. Or, if you are looking for incredible external wall panels with a unique touch, bespoke design and personal feel… Jesmonite, our versatile raw material, s

For too long, building exteriors have been, well, just that… exterior walls. Beautiful, often iconic, but fundamentally static. Now, imagine a building that can respond to its environment, that can adjust to the intensity of the sun, shield itself from the wind, or even interact with the people around it. This is the thrilling reality of kinetic facades, and it's rapidly becoming an integral part of modern architectural design.

Traditional materials like brick, while offering durability, can be limited in terms of design flexibility and often require significant supporting structures. Concrete, while strong, can be heavy and prone to cracking. Even timber, when not properly treated, can succumb to the UK’s damp conditions. These limitations drive up costs in the long run and often restrict architectural vision. But the good news is, the industry is waking up, and innovation is booming.

Rainscreen cladding is a high-performance building envelope solution designed to protect structures from weather while enhancing aesthetics and energy efficiency. At its core, a rainscreen system consists of an outer cladding layer that deflects rain and wind, paired with a ventilated cavity that allows moisture to escape and air to circulate. This clever design prevents water from penetrating the building and promotes the drying of any trapped moisture.

Explore the rising trend of sustainable facades, highlight the unique properties that make Jesmonite an exceptional facade solution.

Jesmonite, a versatile composite material, has emerged as a standout due to its superior strength-to-weight ratio.