"barrier queue management systems"

The existing waterproofing had failed due to a previous poor installation, the result of which saturated the insulation below the exterior roofing. New high performance solutions were specified that included a range of IKO roofing waterproofing systems to protect both the flat and pitched roofing areas of the building. IKOslate, a robust and durable tile was specified for the pitched roof due to vandalism and the fragility of the current system, whereas a tapered scheme was required for the flat roofing - IKO Ultra Prevent alongside a cold applied liquid solution (IKO Polimar) for the more intricate details.

A family home in Wiltshire has made the move from a gas central heating system to a renewable solution featuring an Aerona³ air source heat pump, a solar thermal system and QR hot water cylinder all supplied by Grant UK, helping the household to reduce their dependency on fossil fuel and lower their energy bills.

Soundis were contracted by Parkeray to provide an acoustic flooring solution for an expansion at the London campus of Point Blank Music School, a prestigious award-winning music school. With the likes of Leona Lewis, Goldie, Aluna francis and Felix Jaehn attending the school in the past.We supplied our Soundis Acoustic Cradle and Batten System. As this system provides an exceptional reduction in both impact and airborne noise. The Soundis Cradle & Batten also created a void for the underfloor applications, such as their cables for the studio booths. Our Cradle and Risers are manufactured from 100% recycled materials assisting to the sustainability targets of projects. Installation was carried out by our installation partner UK Acoustic Systems.

St Benet Biscop Catholic Academy, in Bedlington, Northumberland, was undertaking a full building refurbishment and required low maintenance blinds that wouldn’t get sucked out of the windows. They installed the YewdaleDefiant® C40T sidewinder blind. This cassette system retains the fabric with studs integrated into the fabric. This holds the fabric into the side channels meaning there is no chance of the blind blowing in the wind. The barrel is enclosed within a headbox which protects the fabric and helps with keeping the blind low maintenance and looking good. Read more about this project.

Just a stroll away from The Shard, Schlüter-Systems provided wetroom solutions within the impressive complex for the luxurious Hilton London Bankside hotel and apartments.

There’s no monkeying around for Kestrel Aluminium Systems and HTL Windows and Doors as they deliver an improved visitor experience at Whipsnade Zoo based in Dunstable. As part of a refurbishment project the entrance area was redesigned incorporating a gift shop, café and ticket office, all under one roof creating an inviting visitor welcome area.

The Down to Earth Training Centre, built almost exclusively with natural and locally sourced materials required an anti–root roofing system, ready for the install of a green roof.

Delta’s Technical Team along with Delta Registered Installers Marsden Damp Services were approached by the main contractor Wilmott Dixon to give assistance on designing a robust waterproofing solution. Working in collaboration with the architects and project team, this team of waterproofing experts were easily able to offer a simplistic and practical approach.The project was split into 2 phases with Phase 1 waterproofing the existing stage and orchestra pit and Phase 2, the seating and ancillary rooms which all required the installation of a Type C waterproofing system to ensure a Grade 3 habitable environment was created.

Delta were employed to assist on this leaking podium deck project. Following a full assessment of The Hub and its underground parking facilities it was identified that rainwater was entering the basement car park through the ceiling deck at multiple points. These points included holes that were formed to allow drainage from the surface, movement joints and investigation holes that had been created through the steel rib and concrete deck. Based on “as built plans” a system was designed post construction that would offer the same quality of structural protection had it been incorporated during the build phase.

Aintree Racecourse is located in Sefton, Merseyside. The racecourse is best known for hosting the Grand National steeplechase. The grandstand was suffering badly from water ingress to the areas below due to the floor coatings and joint seals which had degraded over years of exposure to the elements. Koster flooring systems were specified to provide a long-term solution to the exposed areas, providing a decorative, slip-resistant finish suitable for UV exposure and the weather conditions faced in the UK. The completed area is the perfect spot to enjoy the worlds’ biggest horse race in 2021 and beyond.

Schlüter-Systems used its specialist technical knowledge and a number of key product solutions to minimise floor build-up and guarantee complete waterproofing provision in the refurbishment of one of Ireland’s most magnificent country houses. Set in 840 acres of grounds, Adare Manor was the subject of an 18-month-long renovation—its most extensive in 25 years. 40 new bedrooms have been added to this 19th century neo-gothic masterpiece as well as a host of new facilities; including a swimming pool, boardroom, cinema, spa and 350-capacity ballroom.

We zone in on the complete wetroom solution provided for the Lalit Hotel one of Schlüter-Systems’ grandest projects of 2016/17 and finalist in the ‘Listed Building (Over £5 million)’ category of the AJ Retrofit Awards 2017. The conversion project took the historic Grade II listed building previously known as St Olave’s Grammar School, located at Bankside in London, and transformed it into a luxury 70-room boutique hotel that fuses the best of Indian and British culture. Lalit London is the 13th hotel of the Lalit Suri Hospitality Group, and the first based outside of India.

Leicester based fabricators SB Aluminium Services were key to the success of the transformation of the offices of Crowland Cranes in Peterborough. The makeover of the business premises was driven by the desire to create a modern and striking frontage to the offices. Kestrel Aluminium System’s low rise curtain wall, 60mm windows and commercial doors were specified throughout the building.

Thanks to new investment from Morgan’s Hotel Group the former offices at Sea Containers House will now become Mondrian Hotel London, with Schlüter-Systems products specified throughout the 360 guest rooms, including Schlüter®-KERDI-LINE, Schlüter®-QUADEC, Schlüter®-SCHIENE, and Schlüter®-DITRA.

SubFloor flooring was used to help renovate, raise and ventilate a 700 m² floor into a Nursery near Gothenburg, Sweden.The Subfloor ventilation system was ideal for this nursery, as it allowed for multiple floor height adjustments and for ventilation installations under the floor. Associated floor ventilation material such as ducts, air distribution strips, fans, etc. was also provided. The negative pressure the ventilation generates under the floor creates a fresh and healthy indoor environment.This simple and elegant solution raised and levelled the floor to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.Products:Steel Joist 45x30x3800 mmSubFloor Screw 100 mmInsulation Bearer 45 mmHeight Variation: 46 - 100 mmJoist separation: c/c 600 mmSystem Weight - c/c 600 mm: 2.06 kg/m²Materials:Steel, Z100 GalvFibre-reinforced polypropylenePoint Load Limit (50 x 50 mm): Between screws over joist - 7.08 kNOver screws over joist - 8.78 kN

The Project Yorkswood Primary School forms part of Solihull’s Regeneration Project, investing in the area through the creation of new schools, housing, parks, village centres, and local enterprise.The £5.7m new school will replace the current outdated buildings as part of the £60m scheme in place to improve every single primary school in the North Solihull Regeneration Area benefitting the learning of over 4,000 children. The ChallengeThe Architects vision for the washrooms was to create a vibrant, innovative space with multi coloured cubicles working in harmony throughout the colour pallet. The challenge for us was to ensure full usage of the core material was utilized throughout the scheme to ensure optimal yield and competitive pricing.Construction took place alongside the existing occupied school buildings, and therefore keeping the school operational and safeguarding the pupils and staff was an important factor for this project. The SolutionRepeating the pallet throughout the washroom areas ensured as much of the core material as possible was utilised.Harlequin Mariner & Harlequin Peardrop Cubicles and Duct panelling were used through the scheme. Solid Grade Laminate is the perfect choice of material for the Education Sector offering extremely high levels of durability.SpecificationProduct Range: Harlequin MarinerDoors: 20mm Laminate Faced Compact Density FibreboardPilaster: 12mm Compact SGL, Polyrey Érable Nordique E028Partition: 12mm Compact SGL, Polyrey Érable Nordique E028Ironmongery: SBAAAvailable Finishes:These Systems Are Available In The Following Finishes:• High Pressure Laminate• High Gloss Laminate

Project detailsDerby City Council’s new Innovation Centre is at the heart of Infinity Park, Derby’s new 250-acre commercial and technology park.Designed to embrace the characteristics of transport engineering, the centre will play a vital role in supporting companies in the aerospace, automotive and transport industries by helping existing companies to grow and new ones to develop. Project overviewThe Innovation Centre demonstrates its environmental credentials through a number of sustainable features to reduce the carbon footprint. These include GDL natural ventilation products to help provide efficient heating and cooling.GDL worked in conjunction with Derry Ltd to provide and install Intelivent Wall Units and Penthouse Turrets.Designed to meet the ventilation demand of the occupied spaces, our in-house design team assisted making the correct system choices. Our Intelivent products are particularly effective in offices, seminar rooms & workshops where occupancy levels vary throughout the day and a controlled ventilation rate is required.Benefits of using GDL Products on the projectThe Wall Units allow a controlled environment by allowing natural fresh air to enter the building via external weather louvres. The heating coil within the unit is used as a front line heating source during winter.Our Intelivent Turrets offer a balanced supply of fresh air whilst removing warm stale air, an ideal product to ventilate the workshops effectively and efficiently.Intelivent Transfer Fans have been installed to ductwork to assist with the supply and extract of air within the offices and seminar rooms.

Grimsby based fabricators Fabrique Specialist Glazing were a perfect choice to complete all the fenestration needs for a brand new Holiday Inn Express in Grimsby Town Centre. Fabrique approached their aluminium supplier Kestrel Aluminium Systems to assist them with the project and the two companies worked in partnership for the entire project, from product specification to delivery.

National Flooring Co Ltd, one of our Approved Contractors was approached by Moy Construction Co Ltd who were awarded a contract to refurbish the swimming pool and changing areas at Perseid School in Surrey. The school offers an educational provision for children with learning difficulties and/or physical/sensory difficulties, and therefore, safety was paramount. As part of the refurbishment a hardwearing, slip-resistant flooring system that offered excellent longevity was essential. The floor had been previously tiled, but due to water ingress, kept failing and required frequent repair. Rising maintenance costs and risk of slips prompted the school to look for alternative solutions and resin became an obvious choice. A Degafloor resin floor provides a seamless, hardwearing, and impermeable finish that will offer years of service. Moy Construction Co Ltd removed the existing floor tiles and installed a new screed prior to the installation of the resin system. From the offset, achieving a floor finish with a suitable slip rating was non-negotiable.The Degafloor QTA system is a quartz trowelled system which can be laid to falls. The system, which is broadcast with a quartz aggregate, provides excellent slip resistance, even in wet conditions, ensuring high levels of safety are always maintained. The project, which included the swimming pool surround and adjoining changing rooms, totalled 145 sqm of floor and 135 lm of cove. The installation was completed over 5 days and to the satisfaction of Moy Construction Co Ltd, who were happy to have the project completed to a high standard, on time and within budget.

Renowned for its colourful, bold designs, JA!COCO! has transformed Beer52’s Edinburgh office into a glorious dynamic, flexible and bold space, highlighting the beauty of the Georgian townhouse it is situated in, whilst embodying the brand’s strong identity.As the world’s biggest beer subscription service, Beer52 wanted an office space that was colourful and playful – the crazier JA!COCO! went, the better! Taking inspiration from Roald Dahl and David Lynch, the office space now boasts grand, arched-entrance swing doors, beer taps on receptions and floor-to-ceiling custom window blinds – to name just a few. On the first floor, an eclectic zig zag flooring design has also been created, using Forbo’s Flotex Colour range in the Melon (a burned orange shade) and Crystal (a heather-like hue) colourways. In fact, the colourways influenced the colour scheme for the office space, with similar shades adorning the walls, ceilings and swing doors.JA!COCO! also chose to install Forbo’s Allura Click LVT planks in the Blond Timber colourway throughout the hallway and kitchen spaces, to complement the more ‘stripped back’ décor, which has an almost bar-like atmosphere.

Aluroll were engaged by a client working on behalf of Foster and Partners (F&P) to develop a unique barrier system for the Apple Store in China.The ChallengeAluroll were engaged by a client working on behalf of Foster and Partners (F&P) to develop a unique barrier system for the Apple Store in development at the Sands Cotai Casino in Macau, China.Due to structural constraints and aesthetic requirements a standard roller shutter solution will not work. These requirements were set by the building’s landlord and without satisfying them the project would not be approved.The SolutionOnce the client had made their preferred shutter style choice (welded tube & link), Aluroll commissioned a second round of prototype tests which involved building a full-scale 9153mm x 5000mm prototype with removable 150mm guide channels.Weight and barrel calculations from the smaller prototypes suggested a maximum tube and link roll diameter of 388mm, which was within the 400mm space. All three tube and link curtain design options were built to full scale and tested on the same barrel and guide channel framework.Aluroll’s extensive research, design and testing stages ensured the final product met the unique requirements of the initial brief successfully. Aluroll visited site in Macau in December 2018 to survey site and confirm all dimensions for manufacture. Apple and F&P requested that Aluroll co-ordinate the installation via a local contractor (YK).Read Dezeens take on the store opening here

An 11-storey student accommodation facility on Liverpool’s Hotham Street marks the second phase of an exciting redevelopment project for the city. Cladding contractor, BAK UK, has specified URSA’s Façade N35 slab across the vast new build structure.URSA has supplied over 1000m2 of URSA Façade N35 slab to cladding contractor as part of a £35m student accommodation project in Liverpool.Under the scheme, 500 student homes are to be created in a multi-storey environment on the site of the former Odeon cinema on London Road/Hotham Street. A swimming pool, gym and two landscaped gardens also form part of the ambitious city centre development set for occupation later this year.As appropriate for a prestige, high-rise residential and multi-occupancy building, superior materials have been specified throughout including URSA Façade N35 slab.The scheme has been halted for several years due to issues surrounding development funding. Now under new ownership, the design and construction have been scrutinised and it appears that a combustible insulation may have been used in the original cladding system. This has since been replaced and new work completed using URSA’s specialist product.  Ian Claydon, Technical Manager at URSA commented: “As with many high rise buildings developed only a handful of years ago, unsuitable products have been installed that don’t offer the necessary levels of protection to ensure the safety of occupants.”Rainscreen cladding is a lightweight, non-load bearing system attached to the outside of a building using a bracket and rail system. The cladding system provides protection from wind and rain, improves the thermal performance and limits solar gains.  Ian added “URSA Façade N35 is totally non-combustible, Euroclass A1, so doesn’t add any fire load to the building or prejudice the overall fire performance of the wall. The presence of the ventilated cavity behind the cladding system means that cavity barriers are required to prevent the spread of fire and/or smoke. This is a unique and highly effective product that we are seeing specified increasingly across UK and European sites.”    

The Quartermile development is a cosmopolitan mix of luxury apartments, cafes and businesses in the heart of Edinburgh city centre. The masterplan for the new area is designed by Foster + Partners and enjoys views of some of Edinburgh’s greatest landmarks. The access to the new building (adjacent to the old Edinburgh Royal Infirmary site) is elevated from the North Meadow Walk pedestrian walkway and cycle route. The pathways and landscaped areas in front of the development needed a structural drainage solution and reinforced turf area that would be suitable for trafficking by maintenance and emergency vehicles when required.ABG’s high strength Roofdrain 60S+RX geocomposite was specified to provide sub-surface drainage across the base of the podium deck. The drainage board provides a high flow capacity void to channel water pressure to the surrounding perimeter drains. By utilising a 60mm drainage layer the need for much deeper and harder to install drainage stone layers can be minimised. The carbon footprint for the product is just 3.3 kgCO2e per m2 which is an approximate 50% saving compared to the embodied carbon of quarrying, transportation and installation of the equivalent thickness of drainage aggregates. Once installed the Roofdrain core is filled with pea gravel to provide a rigid sub-base beneath a bedding layer and resin bound gravel pathways. The drainage core features regular perforations to allow surface water to percolate and drain to the underside of the board. Adjoining rolls can be easily overlapped with the cups designed to slot  into one another. The Roofdrain was overlaid with a Terrex NW9 geotextile to prevent fines entering the drainage core. The Roofdrain can be stepped to cascade into lower sections to suit the landscaping layout. The main green area to the front of the building was cultivated using the Advanced Turf reinforced grass system. The Netlon Advanced Turf System (Netlon ATS) is a high performance, mesh-element reinforced natural grass rootzone system that provides a SuDS compliant free-draining grassed surface. It consists of a high quality, sandy soil rootzone into which thousands of playing card sized polypropylene Netlon plastic mesh elements are pre-blended. The composite mesh reinforced rootzone and selected turf are then delivered to site as a system. ATS was specified for this development to support loading by occasional MEWP vehicles such as cherry pickers, and in the event emergency vehicles need to traffic onto the grass.

Delivering elegance, functionality and improving the building’s use of natural daylight – whilst also guaranteeing smooth and reliable access – the sophisticated dormakaba KTV Atrium Glass revolving door proved ideal for George House, Glasgow's office block. Acting as an effective environmental barrier between the internal and external environments, the dormakaba KTV revolving door limits warm air loss and cold air intake, helping to reduce the building’s energy consumption and subsequent expense. The KTV ATRIUM revolving door systems are ideal for installation in entrance areas where effective environment control and elegant aesthetics are desired.

Three villages and 2,450 new homes have been built in Aylesbury, Buckinghamshire. We provided 335 metres of 4m high Jakoustic® Commercial and Highway acoustic fencing which was installed on top of the earth bund. Jakoustic® Commercial and Highway fencing is installed on galvanised steel I-beams which provide strength and durability. It is also the only complete timber acoustic barrier system to hold a CE mark. For this project, reflective acoustic fencing was used, which works by reflecting noise away from its flat profile, which is very effective in large open spaces.

The £60.5m education campus project comprises four new education buildings: Winchburgh Academy – a 660 pupil non-denominational secondary school, Sinclair Academy – a 660 pupil denominational secondary school, Holy Family Primary School – a 231 pupil replacement primary school with nursery and a shared community sports block.Delivered by Morrison Construction for West Lothian Council and its development partner, Hub South East Scotland Limited, the project was built in response to a significant new housing expansion in the area. Metal Technology Ltd performed an intrinsic technical role in the collaborative design approach with both Ryder Architecture and JM Architects, supplying its high performance range of architectural glazing systems via approved fabricator Albann Limited. Metal Technology products installed were: System 17 High-Rise Curtain Walling, System 5-35Hi+ Tilt and Turn Window, System 4-35Hi+ Casement Window, System 5-20DHi+ Doors and System 22 Brise Soleil. Two of the buildings have been shortlisted in the Scottish Property Awards taking place in February 2023 – Winchburgh Schools Campus is a finalist for Development of the Year while Winchburgh Sport and Well-Being Hub is a finalist for the Architectural Excellence Award. An impressive scheme to have been involved in, delivering brilliant new educational facilities for the young people of Winchburgh. Well done to everyone who contributed. (Photography – Cadzow Pelosi)

SubFloor flooring was used to help renovate and raise a concrete floor into a level school floor in Skövde, Sweden.This simple and elegant solution raised and levelled the floor to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.45 mm Rigid insulation was positioned on the insulation bearers to leave a clear void underneath and a 22 mm chipboard was placed on top.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 100 mmSubFloor Screw FootInsulation Bearer 45 mmHeight Variation: 50 - 111 mmJoist separation: c/c 600 mmSystem Weight - c/c 600 mm: 2.66 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamideCold Galvanised Sheet SteelPoint Load Limit (50 x 50 mm):Load next to screw over joist edge - 9.72 kNLoad between screws over joist edge - 15.85 kN

Background to the projectSouthway Housing Trust is a South Manchester based housing association managing 6,000 local homes.Southway has pledged to be zero-carbon by 2038 and has identified switching its homes from gas to electric heating as crucial to achieving this target.In 2022, a survey of Southway’s residents found that 88% were keen to reduce their impact on climate change, and Southway’s commitment to reducing carbon is in line with Manchester City Council’s net-zero ambitions.The Arrowfield Low Carbon Living Project represents an early and ambitious retrofit of a south Manchester neighbourhood that will reduce the estate’s carbon footprint by as much as 50%.Southway is replacing 396 of Arrowfield’s inefficient gas boilers in-line with long term government plans to electrify heat and will also improve the fabric of homes to make them more energy efficient.The scale of the project, part funded by the European Regional Development Fund (ERDF), has made it one of the UK’s biggest home retrofit schemes.NIBE products used:NIBE F2040 Air Source Heat PumpKey stats:112 NIBE F2040 Air Source Heat Pumps installedContributes to project to remove 370 tonnes per annum of CO2 in ArrowfieldInstalled by Rothwell Plumbing GroupPart of a project to retrofit 199 homes with air source heat pumpsThe solution to the projectArrowfield Low Carbon Living is a flagship scheme in Manchester, retrofitting 199 homes and 197 apartments with air source heat pumps. NIBE was chosen as one of two heat pump providers to bring low carbon, sustainable heating to residents living in the Arrowfield estate. NIBE’s high quality, reliable heat pump systems provide optimum savings and automatically adapt to each home’s output requirements.Rothwell Plumbing Group (RPS) was chosen as the installation partner for the project, with a proven track record for delivering high quality heat pump systems, in both the public and private sectors. RPS are also MCS & Trustmark accredited, with the experience and technical ability to install NIBE systems to the highest of standards.Southway’s aim is for the project to act as a learning process and blueprint for how it can scale up the retrofitting of its entire housing stock over the next 15 years.Ahead of this ambitious project, a community engagement programme enabled greater awareness of heat pumps as a low carbon heating solution, whilst providing the opportunity to listen and respond to resident feedback.The Arrowfield Hub, located in in a repurposed empty house on the estate, became a venue for regular engagement between the residents and the project team, creating an open forum for questions and comments on the proposed scheme.The Hub was also heated by an air source heat pump, allowing residents to witness a live heat pump in operation and experience the warmth of the building.Residents were also able to express their concerns surrounding the project, and these could be addressed accordingly. This regular and open engagement was key to keeping residents informed and more familiar with their soon-to-be new heating systems.The Hub also allowed for the project team to dispel common myths and misconceptions about air source heat pumps and reassure residents that their homes would remain warm throughout the yearThe Results112 NIBE’s F2040 Air Source Heat Pumps have been providing heat and hot water to residents across the estate, adapting to the requirements of each and every home in the estate, whilst providing powerful output even down to outdoor temperatures as low as -20°C.The systems will provide homes across the estate with optimised energy and cost savings, whilst supplying a supply line temperature of up to 58°C regardless of outdoor temperatures.TestimonialMatt Roberts, Strategic Director of Property and Development at Southway Housing, said:"Community engagement for the Arrowfield Low Carbon Living Project was central to the project's aims. Foregrounding the needs of Arrowfield's residents as central to the project’s implementation, helped us to better convey the benefits of low carbon heating and address concerns and suggestions brought forward by homes set to benefit from the retrofit scheme.Air source heat pumps are essential to Southway Housing Trust decarbonising our housing stock and achieving our net-zero goals. Working in partnership with NIBE is part of that process and has contributed to achieving carbon savings of 370 tonnes CO2 per annum on Arrowfield.”About the installerRothwell Plumbing Services Group Ltd, formed in 1997, are a family run business specialising in delivering renewable solutions across the North of England. The company helped to ensure residents in Arrowfield Estate could access maximum energy savings and reduced energy bills.

The Project The world-famous Lords cricket ground has undergone a huge redevelopment scheme. Phase 1, The Warner Stand, has undergone complete modernisation by Main Contractor BAM and was officially opened by His Royal Highness The Duke of Edinburgh on 3rd May 2017.  The refurbishment includes works to the ornate, iconic Victorian Pavilion, with a wing-like roof and fabric canopy; the seating, ensuring maximum visibility for spectators; and the indoor bars and restaurants with panoramic glass windows ensuring the ultimate experience. The Challenge Deliver multiple specifications across differing floors and areas. Propose a system that will deliver a reflective aesthetic, similar to glass. Manufacture and install toughs at bespoke lengths requiring site joints   The SolutionExcelsior was delighted to work on this prestigious project with Populous Architects and BAM Construction. Several specifications and finishes were chosen across the project, our Planar 20 in High Gloss being a favourite. The High Gloss laminate created a glass like, reflective finish which opened up the space and made for a truly show stopping installation. Designer White Solid Surface tops, and Stainless-Steel finishes were also used to dramatic effect across the scheme.SpecificationProduct Range: Planar 20Doors: 12mm SGL, Abet 478 Light Grey Lucida Gloss, Abet 879 Graphite Grey MattPilaster: 20mm SGL, Abet 478 Light Grey Lucida Gloss, Abet 879 Graphite Grey MattPartition: Partition: 12mm SGL, Abet 410 Ice White Lucida Gloss, Polyrey B070 Blanc Megeve MattIronmongery: Stainless Steel

The new purpose-built Health & Allied Professions (HAP) Centre forms part of Nottingham Trent University’s vibrant Clifton Campus and features an array of innovative resources and amenities, including mock hospital wards, specialist equipment and creative teaching spaces, to assist students in their study of nursing, paramedicine and healthcare.The impressive building has been designed by architects Pick Everard and incorporates a number of sustainable features to achieve an ‘excellent’ BREEAM rating. Senior’s fenestration systems, which offer cradle-to-cradle recyclability, were the ideal choice and the building’s striking main façade features both Senior’s thermally-enhanced SF52 aluminium curtain wall system and integrated SPW600 aluminium windows. Senior’s products were fabricated and installed by supply chain partner Logic Aluminium Systems for main contractor Henry Brothers Ltd.As well as a creating a welcoming gateway to the University’s Clifton Campus, the new two-storey building has been designed to provide both visual interest and maximise the use of daylighting. The use of Senior’s slimline SF52 aluminium curtain wall systems floods the main atrium with natural light and provides each of the rooms with extensive views of the campus and surrounding areas. Ventilation is provided by Senior’s robust SPW600 aluminium windows which have been seamlessly incorporated into the curtain wall.The interior features of the new HAP Centre are just as impressive, with flexible teaching and study areas interspersed with state-of-the-art facilities including a virtual reality wall, which enables students to practice emergency medical responses in ‘real life’ settings, and mock hospital wards and domestic flat settings which feature robotically controlled mannequins that allow a range of patient symptoms, illnesses, and scenarios to be simulated and studied.

The ChallengeNo. 1 Horgan’s Quay is one of the development’s three office buildings, with the upper floors of the new modern structure cantilevered over the site’s original Goods Shed. The lobby area features a large glazed partition on the first floor, helping to create an open, light space, as well as sympathetically blending the old restored structure with the new.KCC Group, a door and glazing contractor, were appointed to deliver the EI30 SWS Screen works on the project. Site Contracts Manager, Ger McNamee, said: “In order to ensure the safety of those within the building, 30-minute fire protection was required for the reception area, providing a fire barrier between the lobby and the first floor. Once we had the fire safety glass specification from the architect, O’Mahony Pike Architects, it was up to our team at KCC Group to source a supplier – this is when our relationship with Pyroguard began.”The SolutionTo ensure that the desired aesthetic was achieved, while also meeting building safety regulations, Pyroguard Infinity T-EI30/24-2 SWS fire safety glass was chosen by KCC Group and installed in the glazed partition, within a Jansen steel profile system.Pyroguard Infinity is a range of fire safety glass certified for butt-joint applications. With no vertical frame profiles required, it’s the ideal solution for providing visually appealing seamless partitions. Manufactured to EI classification, Pyroguard Infinity provides the highest level of integrity and heat insulation, protecting against flames, smoke and heat.

RC was approached by Dorsey Construction Materials to supply our award-winning cavity fire barriers and cavity closers for a high-rise housing development in Dagenham.

Public Sector buildings, including museums and libraries, are enjoyed by millions of us on a yearly basis. They are a place where the general public can enjoy viewing priceless artefacts and other national treasures and are of major importance to the country’s economy.

One of Cardiff city centre’s recent regeneration schemes, Capitol Quarter, required a multi storey car park to provide parking for the new office buildings within the development. To ensure the car park was protected and finished with the highest quality materials, the main contractor sought advice from Degafloor Ltd to ensure a suitable cost effective, high performance waterproofing system for the top deck, ramp and an inter deck area over occupied premises was specified. Following a full site visit and having assessed the client’s requirements in full, Degafloor specified the CP TD system with fleeced banding to substrate cracks and all upstands for the top deck, the CP HD system for the ramp and a fully fleeced CP TD for the area over occupied premises. Capital Quarter Multi-Storey Car Park Cardiff Why Degafloor Degafloor car park decking systems use highly advanced fast curing MMA chemistry to create flexible and incredibly durable systems that cure fully within just 1 hour of installation, even at temperatures as low as -10°C. They are completely waterproof, so guard against water ingress that could result in the decline of structures or damage to property (premises or vehicles). This combination of superior performance, skid resistance, rapid cure times and design flexibility, have contributed to the Degafloor range of car park decking systems becoming a popular choice for new build and refurbishment projects where speed and ease of installation, longevity and visual aesthetics are paramount.

The range of Koster flooring systems were specified for use on this large warehouse project in Plymouth. The existing concrete slab and coatings were being effected badly from vapour drive and osmotic blistering so following full investigations by the Koster Technical team, the Koster VAP I 2000 was chosen as the primary form of protection thus preventing further vapour drive and outgassing. A fast application and setting material, this meant a short factory down time and a guaranteed solution.Please read the full case study. For more information or if you would like assistance on a similar project, please contact the Koster technical team at technical@kosteruk.com.

Project OverviewGuttermaster Limited played a pivotal role in enhancing and maintaining Thomas Rotherham College, a prestigious educational institution. This case study focuses on the successful supply of Guttermaster's Serpentine Gutter, showcasing how the project team collaborated to upgrade the college's rainwater management system and preserve its architectural integrity.Project DetailsScope of Works:Supply of Serpentine GutterClient's Requirements:Thomas Rotherham College sought a modern, efficient, and visually appealing rainwater management system to replace its aging guttering. The primary project objectives were as follows:Upgraded Rainwater System: The college required a new, high-performance rainwater system to replace the existing, deteriorating one.Architectural Preservation: The new system needed to seamlessly integrate into the college's architectural design, preserving the institution's historical and aesthetic charm.Guttermaster's Approach:Guttermaster Limited approached the project with an emphasis on innovative design and the supply of high-quality rainwater management materials:Historical Preservation: The design and supply of materials took into account the college's historical architectural elements, ensuring that the modern guttering components would seamlessly blend with the existing structure.Efficiency and Durability: The Serpentine Gutter was engineered for optimal rainwater management, offering high performance, durability, and low maintenance to meet the college's long-term needs.ResultsThe collaborative effort between Guttermaster Limited and Thomas Rotherham College resulted in an exemplary project:Upgraded Rainwater System: The supply of the Serpentine Gutter system effectively replaced the aging rainwater management system, ensuring efficient water drainage and collection.Architectural Integration: Guttermaster's design and supply maintained the college's architectural integrity. The new Serpentine Gutter components seamlessly blended with the historical features, enhancing the overall appearance of the institution.Long-Term Solution: The project provided the college with high-quality, low-maintenance rainwater system components that will serve its needs for many years to come, reducing maintenance costs and ensuring the preservation of the building's historic character.ConclusionThe successful supply of Guttermaster's Serpentine Gutter for Thomas Rotherham College exemplifies the company's commitment to delivering high-quality rainwater management solutions that balance functionality with architectural preservation. This project showcases the power of effective collaboration and innovation in ensuring that an educational institution not only maintains its historical charm but also benefits from a modern, efficient rainwater system that will serve its needs for many years to come.