"tec ties"

Located on the iconic Berawa waterfront, the Atlas Beach Fest in Bali is decorated with contemporary charm thanks to stone-effect porcelain tiles from Atlas Concorde. Explore the project.From solariums that seem to float on the water to the show beach bars featured in the club, the luxurious beach club's choice of style comes across as sophisticated, with a clear multi-ethnic feel. In this heavenly setting, the stone-effect tiles of Atlas Concorde used to decorate the floors in several areas of the beach club add a touch of Made in Italy to the building. The area adjacent to the beach consisting of swimming pools, bars and relaxation areas thus takes on an allure with a timeless appeal. Inspired by split quartzites, or metamorphic stones composed almost entirely of quartz and small amounts of other minerals, stone-effect floor tiles retain all the natural roughness of the original material. Porcelain tiles evoke this trait by offering a surface with a strong, earthy appearance that is easy to clean and pleasing to the touch. Used in four different shades ranging from warm, intense nuances to grey tones inspired by the colour of the original natural stones, Atlas Concorde surfaces adorn the spaces of the beach club with highly accurate details. An attention to detail was critical both for the look and for the design itself. In fact, Atlas Concorde tiles are the ideal solution for those seeking design and technical functionality in spaces intended for public use. The resistance to foot traffic, the healthy nature of the material and the anti-slip properties of Atlas Concorde surfaces have made the beach club spaces an oasis of beauty and superior technical performance. With just the right mix of eye-catching visuals and technical properties, stone-effect porcelain tiles offer Atlas Beach Fest guests a relaxing moment of hospitality and safety. The decision to use stone-effect surfaces also tied in perfectly with the theme of the entire venue, creating a stylistic mix capable of combining eastern elements and the luxury of fashionable Mediterranean locales. And so it is that wood, stone, and soft fabrics typical of Spanish beach clubs coexist with the inevitable Indonesian canopy beds and furnishings with an eastern flavour. Atlas Concorde's stone-effect porcelain tiles helped to boost all the stylistic components included in the architectural design thanks to a material with a natural flavour.

The global drinks manufacturer Britvic have recently completed the expansion of its manufacturing site in Rugby. This particular investment involved installing a fourth canning line, growing the site capacity by 18%.This new, state of the art canning line was designed to boost Britvic’s Rugby facility, which continues to produce recyclable cans for popular drinks brands such as Tango & Pepsi. The additional capacity will also be used as a platform to drive further innovation and expansion within the business.Aspen Stainless Davos Plus drain channels with ladder covers were installed to cope with the high level of waste demand on site. The channel profile was carefully designed to provide an easy to clean surface with a self-draining slope feature. The strictest level of hygiene standards are required within food manufacturing facilities due to the build-up of bacteria and possible cross contamination of liquids. The new drainage channels were designed to match the existing flow and volume capacity of their existing drains and included bespoke outlets, tied into the building’s underground drainage systems.Banff outlets were also installed with a hinged trap, the removable trash baskets were designed to efficiently dispose of the non-liquid waste, which has built up within the outlet. It’s essential the drainage is perfectly aligned to ensure a seamless connection across the entire site to boost performance standards.The drainage channels are designed in compliance with EHEDG (European Hygienic Engineering & Design Group) to support safe hygienic engineering in food manufacture. The EHEDG states ‘product contact surfaces must be easy to clean, non-absorbent and not present a toxicological hazard by leaching of substances and foodstuffs’ the cleanability of the drainage is also an important hygiene requirement as stated in the EHEDG ‘Improperly or insufficiently cleaned equipment cannot be effectively disinfected’The perfectly fitted drainage system boosted the overall hygienic performance of the new drinks recycling facility. This included employee health & safety, operational costs as well as consumer safety. The dedicated project managers worked closely with the contractor during the entire installation process to ensure the highest standards for drainage and protection were achieved.If you have any questions regarding our drainage solutions, please email aspen@canalengineering.co.uk or visit our website and speak to one of our technical advisors for more information.

CUPACLAD 101 Logic was specified as part of the construction of a new Aldi store in Truro, Cornwall. The natural slate cladding product was chosen for an aesthetic that was entirely in-keeping with the surrounding Cornish town, as well as its impressive fire-resistant properties. Aldi tasked construction consultancy company Kendall Kingscott with designing and overseeing the creation of a new store in Garras Wharf, Truro. Kendall Kingscott became aware of CUPA PIZARRAS and its products after the slate provider presented a CPD to the team in their Bristol office. Keen to utilise the company’s natural slate products, Kendall Kingscott contacted its Technical Sales Manager for the South West, Stuart Black. “The team at Kendall Kingscott wanted to use natural slate for two reasons,” said Stuart. “Firstly, hanging slate cladding is very popular in the local area so specifying this material would allow the store to blend in with some of the surrounding buildings. Secondly, natural slate scores highly when it comes to fire resistance.” Consequently, Stuart recommended CUPACLAD Logic 101, which utilises natural slate. At 7.65mm thick, it is a robust slate product and is ideal for locations that regularly experience high winds and heavy rain. Furthermore, natural slate is classed as A1 non-combustible in accordance with the European standard EN 13501-1 – the highest possible fire rating.  Once the 150m2 of natural slate was delivered to site – it was installed by Spectrum Building Envelope & Facades. As is required for CUPACLAD Logic 101, the slates were fixed horizontally using self-drilling screws that have been specially designed to optimise installation. Post-application the screws are invisible, to ensure they do not detract from the natural slate’s appealing aesthetic.  Architect James Stanfield from Kendall Kingscott commented: “CUPA PIZARRAS worked closely with our design team to produce a bespoke solution that provides a sharp and contemporary public facing façade. “The slate provides texture and uniformity to the building frontage, which ties it into the local context. We were very pleased with the finish provided by CUPACLAD Logic 101 and how CUPA PIZARRAS helped to deliver the project and fulfil the brief.”  What’s more, thanks to its natural resistance and durability, slate does not lose its colour over time and it continues to perform. As such, it is maintenance free and guaranteed to last up to 100 years. 

The Creative Centre at York St John University represents an evolutionary step in educational architecture, mirroring the institution’s commitment to fostering innovation, creativity, and community engagement.By integrating cutting-edge sustainable technologies and materials, the centre not only minimizes its environmental impact but also serves as an inspiring example of how modern design can contribute to the well-being of both the planet and its inhabitants.The facility’s versatile spaces encourage interdisciplinary collaboration, enabling students and faculty to explore new frontiers in arts and education. This architectural gem not only enhances the university’s landscape but also strengthens its ties with the local community, inviting public participation in a range of cultural and educational events.As a symbol of York St John University’s forward-thinking ethos, the Creative Centre is poised to shape the future of creative education, making it a cornerstone of both the university and the wider society.Three main concepts formed the foundation of the design approach. First, it is a genuinely sustainable building, both in operational and embodied carbon terms, with a substantial timber frame and simple climate control. Second, the main atrium space unites all the building elements together, reflecting the latest thinking in higher education to create ‘third spaces’ for cross-disciplinary collaboration.Finally, the Centre makes the most of its proximity to York Minster connecting the University to the heritage of the surrounding city. Throughout the atrium, recital hall and critical listening room, views to the Minster are carefully framed, reinforcing this picturesque view across the stunning historic site.Low embodied carbon materials, such as glulam and CLT and SIPS were used for the construction of the Centre, as part of a ‘fabric-first’ approach using Passivhaus principles to achieve a BREEAM Excellent rating.Working alongside environmental design consultant Atelier Ten, the project’s eco credentials were achieved by using triple-glazing, making the building air tight, providing simple operation systems – such as openable windows – and a mixed mode ventilation system with both mechanical and natural ventilation in teaching rooms.The building is extremely functional and flexible, for example the 2,000m2 of teaching space are column-free internally with modular servicing to allow easy re-configuration in the future should the university’s requirements change. The 180 capacity auditorium was designed with SSV Theatre Consultants to facilitate teaching as well as performances, with a level access technical level. And the building connects to the natural environment through its use of natural materials and integration with a campus wide landscape masterplan.

CHALLENGEAn ambitious project, and one of the first certified PassivHaus homes in the UK - the Denby Dale PassivHaus in West Yorkshire, had to to use 90% less energy for space heating than the average UK dwelling – with a space heating need of only 15 kWh/m2/ year. The three-bedroom property is the first UK Passivhaus to be built in a traditional style using cavity wall construction and had to be built to a tight budget of £141,000.SOLUTION“We decided to go down the cavity wall path and arrived at the design for several reasons including: planning restrictions, thermal store, cost, and maybe most important of all, buildability,” explains Bill Butcher, Project Leader.Excellent performing insulation is obviously fundamental to Passivhaus construction and the Denby Dale house has 300mm Knauf Insulation DriTherm® Cavity Slab 32 in the walls, 500mm Knauf Insulation Loft Roll 44 in the roof void (both of which incorporate ECOSE® Technology) along with 225mm of high-performing Polyfoam® Floorboard Standard* insulation in the floor.“We’re fully filling the cavity with glass mineral wool insulation for the walls above ground, because it helps minimise air movement in the cavity and offers greater flexibility, fitting snugly around the ties, openings and imperfections of the masonry surface.” comments Bill Butcher.Economics, performance, availability, ease of fitting and reducing thermal bypass were all among the benefits of the Knauf Insulation products chosen.*No longer sold through Knauf Insulation.BENEFITSGlass Mineral Wool was specified over rigid insulation to ensure a tight thermal fit. Knauf Insulation DriTherm® Cavity Slabs are flexible enough to eliminate air gaps and prevent heat loss due to their inherent ability to knit together at joints between the slabs. If rigid insulation is used and fitted badly with too many gaps, air movement around and between the insulation boards is increased, which can drastically reduce its insulation value.Knauf Insulation DriTherm® Cavity Slabs are BBA Certified for all exposure zones and formally guaranteed for 50 years to prevent the transmission of liquid water from the outer masonry leaf to the inner masonry leaf.In addition to its thermal performance glass mineral wool also has other sustainable features. In manufacture it uses a high content of recycled glass bottles and requires less overall energy consumption than some alternative products, resulting in less carbon emissions. In addition, it can be recycled at the end of a building’s life and has zero GWP and zero ODP. ECOSE® Technology further extends these established green credentials as it is manufactured with 70% less energy than traditional binders and the products contain no dyes or added formaldehyde – providing the ideal solution to the eco-friendly house.

The Priscilla Bacon Lodge in Norfolk is a new £12.5 million hospice that will provide state-of-the-art palliative care for 24 patients alongside day care facilities, a wellness centre, gym and community hub for those being cared for at home. It will also be used for education and research into palliative and end-of-life care. The facility, designed by LSI Architects and delivered by Morgan Sindall Construction, features both traditional masonry cavity walls, and a masonry rainscreen façade.  Meeting the brief At just two stories high, the building doesn’t fall under building regulations that ban combustible materials in the wall build-up. But even so, combustibility was a key factor when it came to specifying the insulation. Jordan Armstrong, Associate at LSI Architects explained: “As a practice we always try to minimise fire risk, especially for a project like The Priscilla Bacon Lodge, which will house extremely vulnerable people. So, it was essential that the materials we used were non-combustible, which meant mineral wool insulation was the only solution. “We regularly use Knauf Insulation products, so we specified DriTherm® Cavity Slab 32 for the cavity walls because it’s a high-performing glass mineral wool insulation that we expected could meet our required 0.16 W/m2K U-value. We were also keen to specify their Rocksilk® RainScreen Slab for partially filled cavity walls because then we would have one manufacturer for the whole build, and we think the products will work well together.” DriTherm® Cavity Slab 32 is full-fill insulation solution with a thermal conductivity of 0.032W/mK. While Rocksilk® RainScreen Slab for partially filled cavity walls is a rock mineral wool product with a thermal conductivity of 0.034W/mK. Both products are BBA certified for the application. In addition to non-combustibility and thermal performance, both products also offer sound reduction characteristics. Ease of installation Both DriTherm® Cavity Slab 32 and Rocksilk® RainScreen Slab contain a water repellent additive that preserves the integrity of the slabs while they are exposed during construction.  The products are also designed to be easy to install correctly. They are sized to suit standard centres for installation between wall ties or brick restraint systems. Slabs are robust so they can be manoeuvred into place while maintaining the flexibility required to adapt to minor imperfections in the substrate to prevent gaps that reduce thermal, fire and acoustic performance.  Lastly, they are both manufactured using ECOSE® Technology, Knauf Insulation’s unique bio-based binder, which contains no added formaldehyde or phenol. It is made from natural raw materials that are rapidly renewable, and is 70% less energy-intensive to manufacture than traditional binders, so it is more environmentally friendly. The product is soft to touch, easy to handle, and generates low levels of dust and VOCs. So, when it came to specifying the insulation for the Priscilla Bacon Lodge, Knauf Insulation’s DriTherm® Cavity Slab 32 and Rocksilk® RainScreen Slab for partially filled cavity walls ticked all the boxes. 

Scientific research into the development of new cancer treatments across the UK is vital, with accurate new medicines and therapies, such as immuno‐oncology, being introduced to help ensure an increase in survival rates among patients. In line with the developments, new cancer care centres are being opened to provide these bespoke treatments for patients. Building Design Partnership (BDP), an international architecture firm, was appointed to design a new 11-storey cancer centre in the heart of Liverpool – the city’s first dedicated cancer hospital that comes as part of a £162 million investment in cancer centres in the region. With cleanliness, hygiene and inclusive design in mind, BDP turned to PPG Architectural Coatings to provide a Johnstone’s Trade paint specification for Clatterbridge Cancer Centre, Liverpool. In an environment where cleaning, sanitation and hygiene practices are of the highest importance, BDP needed to provide a coatings solution that could be thoroughly cleaned regularly, while retaining a high-quality finish and colour. On the recommendation of the project’s main contractor, Laing O’Rourke, BDP specified a range of Johnstone’s Trade paints including Acrylic Durable Matt. Acrylic Durable Matt is a premium emulsion, designed to provide a tough, durable finish. With a Class 1 Scrub Rating, it is ideal for high traffic areas that need regular cleaning – such as healthcare environments. The Clatterbridge Cancer Centre provides specialist chemotherapy and other drug therapies and services so, when it came to specifying paints, it was critical that BDP provided a durable solution with hygiene and quality in mind. As the building will be home to a high number of vulnerable patients and need to be extremely clean at all times, it was crucial that the paint chosen could withstand regular wear and be cleaned and scrubbed regularly, without compromising on quality or colour. For BDP, Acrylic Durable Matt was the perfect solution. Johnstone’s Trade Microbarr Anti Bacterial Acrylic Matt was also used in the Brachytherapy Suite, and HDR and Anaesthetic rooms. Formulated using Silver Ion technology, the coating is a suitable choice for healthcare settings like Clatterbridge Cancer Centre – Liverpool as it to prevent the spread of harmful bacteria and infections, while having a tough, easily washable finish. Another consideration throughout the cancer centre was design and colour. BDP proposed a colour scheme that tied the building and departments together, starting with the referencing of one of The Clatterbridge Cancer Centre NHS Foundation Trust’s corporate colours at the main entrance levels. BDP wanted to create an environment that was inclusive for all patients, visitors and staff within the centre, taking into account dementia-friendly design while also matching the Trust’s colours – the output of their design needed to be the perfect balance. PPG helped them to do this with its colour-matching service. They worked in collaboration to develop the colour scheme and submitted that to a Dementia Focus Group for their approval before decoration took place at the centre, to ensure the design took into account their needs as well as looking good. BDP used the bold Trust colours in the reception areas within the building, and worked with PPG to create tonal variations that were used throughout the corridors and rooms on each floor. Each floor had its own colour identity from the PPG Voice of Colour collection. A calming range of blues such as Mystic Iris and Ocean Skies were included within the inpatients ward, contrasting with bright, bold greens such as Be Spontaneous and Funky Frog in the reception area.

Creating a Passivhaus home Balancing sustainability and style, Sort Trae is the culmination of a retired architect’s vision for a home and creative space that blends into a South Yorkshire hillside. HEM Architects helped the client to bring this dream to life, using Knauf Insulation’s glass mineral wool insulation to achieve the incredibly high Passivhaus standards for energy efficiency. Low carbon and high comfort The client envisioned a sustainable build using Passivhaus, a voluntary standard for designing and building properties with very low energy consumption, that offer high levels of comfort for their occupants. To achieve this, the levels of air tightness and thermal performance far exceed those mandated by building regulations. FrameTherm® Slab 32 was friction-fitted within the 140mm thick timber frame walls on the first floor, while DriTherm® Cavity Slab 32 was used to fill the stone-clad masonry cavity walls on the ground floor.  “We try to specify fully filled masonry cavity walls where possible, sometimes up to 200mm wide, to maximise the use of mineral wool insulation. It pays dividends for the client”, explained Liam Seaman, Architectural Technologist for HEM Architects. Thermal performance is critical to the Passivhaus approach. The FrameTherm® Slab 32 provided a calculated U-value of 0.137 W/m2K in combination with the black timber frame wall and cladding. For the masonry cavity wall on the ground floor, a fractionally higher U-value of 0.138 W/m2K was achieved using thermally broken wall ties and DriTherm® Cavity Slab 32. This has contributed to Sort Trae’s exceptional thermal efficiency. Because glass mineral wool is flexible and fibrous, slabs knit together and adapt to minor imperfections in the substrate. This tight fit contributed to an overall air change of 0.54 ach (air change per hour), comfortably below the Passivhaus standard of 0.6 ach, meaning the property is air-tight while still providing good ventilation. Sustainable practices Liam explained his reasons for choosing Knauf Insulation, “The alternative products are often oil-based and the application of these is outweighed by the environmental impact of their production and lifecycle.” Both FrameTherm® Slab 32 and DriTherm® Cavity Slab 32 are manufactured with ECOSE® Technology, Knauf Insulation’s unique bio-based binder that contains no added formaldehyde or phenol. The binder is made from natural raw materials that are rapidly renewable and is 70% less energy-intensive to manufacture than traditional binders. Knauf Insulation’s glass mineral wool insulation contains up to 80% recycled content, mostly glass bottles and jars. It is also compressed so more product can fit per pack or pallet, and less packaging is used. This means there’s more product per truck, resulting in fewer vehicles on the road, and less packaging per m2 of insulation. Achieving the Passivhaus standard In collaboration with HEM Architects and other suppliers, the client has created a stunning home and an inspiring set-up for her loom-weaving workshop. “It is general practice for us to specify Knauf Insulation as standard because we find the product information available to be really clear and useful”, Liam added. Knauf Insulation’s practical, detailed product information made it HEM Architects’ first choice to achieve the Passivhaus standard for thermal performance.