The Building Envelope

In today’s regulatory environment, façade design demands more than compliance - it demands certainty, particularly for building owners and housing providers responsible and accountable for resident safety.

As a manufacturer of classified A1, high-performance cladding systems, Valcan recognises that façade safety cannot be achieved through individual products alone. It requires a fully integrated, system-led approach, where every design is reviewed holistically as a system to ensure compatibility. 

In a first for UK roofing, Edgemere 2.0 combines Marley’s familiar concrete roof tile specification with carbon-capture cement technology and Carbon Bank evidence supplied for every order.

The carbon reduction story behind Edgemere 2.0* begins with the cement. CO₂ from cement production is captured at source, before it enters the atmosphere, and permanently stored beneath the seabed. The carbon reduction is then recorded in the publicly available Carbon Bank, which allocates captured and stored CO₂ reductions to specific Edgemere 2.0 orders, with full end-to-end traceability through an Environmental Attribute Certificate (EAC).

The Birchett Road project in Aldershot involved the recladding of an existing building, delivering a high-performance, non-combustible aluminium cladding solution to upgrade fire safety, durability, and longterm façade performance. Situated within a prominent town centre location, the scheme required an external wall solution that would meet current regulatory expectations while also improving the visual coherence and consistency of the building elevations.

As with many refurbishment projects, the replacement of the existing external materials presented an opportunity not only to enhance aesthetics, but also to significantly improve the safety and resilience of the building envelope. The recladding strategy was therefore driven by a requirement for a compliant, robust and low-maintenance system capable of delivering demonstrable improvements in reaction to fire performance and longterm durability.

From July this year, the closure of Wren Insurance Association marks a pivotal shift in how professional indemnity (PI) risk is managed across the construction sector. While the immediate impact falls on architects, the implications extend well beyond design practices affecting contractors, developers and the wider supply chain at a time when building safety and compliance remain under intense scrutiny.

Valcan, manufacturer of cladding systems, works with project teams navigating façade design, fire performance and regulatory change. In collaboration with Consort Insurance, and drawing on insight from Daniel White, we’ve explored what Wren’s closure means in practice, why it matters now, and how firms can respond more resiliently.

Metal-web and I-Joists are two popular choices for new builds and both play an important structural role in buildings – supporting floors and roofs to transfer their weight evenly to the walls and beams below.

Metal-web and I-Joists are engineered joists that offer greater span lengths, improved strength and rigidity and more consistent quality when compared to their solid timber counterparts.

When deciding which joist type may be most appropriate for your project, the starting point is that each must deliver the required structural performance.

Located in Camberwell, South London, this residential refurbishment project focused on upgrading the building façade to support longterm performance, durability and visual renewal. As part of a wider external improvements programme, façade materials were carefully selected to meet modern expectations around safety, longevity and architectural quality, while remaining appropriate to the surrounding urban context.

Selecting the right rainscreen cladding for housing, public buildings, schools and regeneration projects has never been more important. With rising expectations around safety, durability and longterm performance, specifiers and local authorities need confidence that façade materials will stand up to real world use.

One of the most effective ways to demonstrate this confidence is through impact testing, which assesses how a cladding system behaves when subjected to sudden force under realistic installation conditions.