In the ever-evolving landscape of construction, innovation is paramount. Introducing Slipfast mechanical brick slips from Benx – a product that seamlessly marries the timeless beauty of fired clay brick with cutting-edge design and installation technology. Slipfast is setting new standards in both new build and recladding applications, making it an exciting solution for high-rise and low-rise construction alike.
The Pinnacle of Performance and Aesthetics
Slipfast is engineered to perform at the highest level. This A fire-rated mechanically-fixed clay brick slip system is specifically designed for modern construction methods, offering a high-performance façade that not only enhances a building’s overall energy efficiency but also ensures long-term durability. Its stainless steel core mechanical components boast a certified system life exceeding 60 years, making it ideal for even the most challenging environments, such as coastal areas. Despite its exceptional impact resistance, Slipfast is notably lighter than many rival systems, further enhancing its appeal.
Versatility in Construction
One of Slipfast’s standout features is its flexibility in system build-up, whether on timber or metal-framed structures. This versatility extends to the various methods by which Slipfast systems can be fixed back to the primary structure, providing clients with numerous options to suit their specific needs. This adaptability is one of the reasons Slipfast is rapidly gaining popularity among architects and homeowners who seek a brick aesthetic without compromising on performance or design integrity.
Sustainability at its Core
Manufactured to BS EN 771-1 standards using traditional British firing methods and locally-sourced clays, Slipfast brick slips are a testament to sustainable construction. Purpose-made on dedicated extrusion machines, these slips have approximately 70% less embodied carbon than single-faced cut slips. The manufacturing process is highly efficient, with nearly all process waste being reused, and water consumption is minimised due to the thin profile of the slips. This commitment to sustainability is further emphasised by our ability to control every aspect of production, from recipes and texturing rollers to firing temperatures and kiln conditions.
Ease of Installation
One of the most significant advantages of Slipfast mechanical brick slips is the ease and speed of installation. Prefabricated Slipfast systems are less dependent on weather conditions compared to traditional brickwork or adhesive-based systems, substantially reducing installation times and overall costs. This efficiency is crucial in today’s fast-paced construction environment, where time savings translate to cost savings.
Proven Success: St Andrews West Phase 1
A shining example of Slipfast’s potential is the award-winning St Andrews West Phase 1 development in Scotland. Launched in 2022, this ambitious project aimed to create a sustainable community rooted in the rich history of St Andrews. The development, consisting of 34 houses, 27 fisher flats, and 25 apartments, has been celebrated for its exceptional design and construction. Designed by award-winning architects studio LBA, the project was a collaborative effort between Headon and S1 Developments, both renowned for their excellence. The project’s success is a testament to the superior quality and performance of Slipfast mechanical brick slips.
Slipfast mechanical brick slips are more than just a building material—they are a revolution in construction, offering unmatched benefits in aesthetics, performance, sustainability, and ease of installation. As the construction industry continues to evolve, Slipfast stands at the forefront, setting new standards and redefining what’s possible.
At Benx, our collaborative approach ensures we are with you every step of the way. Whether you are an architect, contractor or installer, Slipfast mechanical brick slips offer an unparalleled combination of beauty, performance, and sustainability.
Visit www.benx.co.uk to discover how Slipfast can elevate your next project.
