Stanley Buildings, Blackpool

Project Requirements

Working with a historic building posed several technical challenges. The roof structure featured multiple levels and complex angle changes, with intricate parapet detailing and heritage faience blockwork that had to be retained. Much of the parapet wall required rebuilding or reinforcement while ensuring minimal visual impact. Sikalastic®-625 BMS, with its liquid application and seamless finish, provided an ideal solution, allowing for detailed encapsulation of these areas without compromising on protection or aesthetics.

Another major challenge was executing the works in a live environment. The building remained in partial use during construction, necessitating careful coordination of material deliveries and safety management in a congested city centre. Meticulous planning ensured minimal disruption and maintained the project timeline.

Installation safety was another key factor. With its non-flammable, low-odour composition and cold application, Sika® Sikalastic®-625 BMS minimised on-site health and safety risks, especially critical in areas near public access or high footfall. The product is also BBA-certified, providing long-term assurance of performance and durability.

Through innovative product selection, strategic construction planning and a focus on heritage preservation, the Stanley Buildings redevelopment showcases how historic infrastructure can be futureproofed to meet modern demands. By combining high-performance materials like Sika® Sikalastic®-625 BMS with environmentally conscious building methods, the scheme not only enhances Blackpool’s architectural legacy but also creates a thriving space for local businesses to grow.
 

Sika® Sikalastic®-625 BMS played a crucial role in addressing sustainability and performance goals. This single-component, cold-applied polyurethane membrane is not only highly durable and weather-resistant but also offers major environmental benefits. The product contains biomass-balanced raw materials and bio-based solvents, lowering its carbon emissions by over 35% compared to standard liquid-applied membrane systems.

Its formulation supports traceable, renewable inputs, contributing to responsible supply chain practices and advancing carbon reduction targets. Certified by TÜV Rheinland, the product's sustainability credentials are robust and independently verified, making it a clear fit for projects aiming to align with green building standards.