"fire protection for building frames"

TekTherm™ AK-FR A2 Fire Rated Thermal Break

Using Solo Onecoat Lime Plaster to restore walls in a fire damaged home

Ahmarra manufactured Q-Mark certified FD30 fire doorsets for Octavia House School, an independent specialist therapeutic school in Great Baddow, Essex. Selected from our Education Range, the pre-hung doorsets were manufactured from sustainably sourced FSC® certified timber and supplied with fully compatible ironmongery. The client chose colourful Formica F6901 Vibrant Green, F8820 Leaf Green, F4177 Lime and F8755 Lemon high pressure laminate facings, in line with the Octavia brand’s colour scheme.

Yeoman Shield protection panels have been a great success at Springwell School in Hartlepool. The environment is safe, nurturing and stimulating, so that every child reaches their full potential with the help of Yeoman Shield products.Yeoman Shield protection panels have been an un-mitigating success at Springwell School in Hartlepool.The school caters for children aged 3 to 11 years who have a broad range of specialist needs and the vibrant and busy spaces can suffer from impact damage caused by the everyday activities of the students and staff.To counteract such damage and to keep the classroom and communal areas looking clean and welcoming the school have previously utilized Yeoman Shield FalmouthEx Wall and Door Protection Panels.Site Manager, Dean Henson commented “We already have Yeoman Shield protection panels on walls and doors in areas around the school, including the hall which can be used for many things ranging from a dining hall to activities hall. The panels have been in place for around 5 to 6 years and still look as good as new.”Having proved to be long lasting and durable the school decided to bring Yeoman Shield installers back during the February half term to continue the wall protection panels throughout corridors.Yeoman Shield 2.0mm thick FalmouthEx protection panels were supplied on this occasion in attractive mid grey and lilac colours with the addition of a waved top giving a decorative feel to the walls.Manufactured from a non- porous rigid PVCu the protection panels are not only easy to clean but are inherently hygienic as they do not promote the growth of bacteria or mould.As recognised by Springwell School the implementation of wall and door protection systems can reduce the amount of time and money spent on the repair and re-decoration of wall and doors throughout the buildings, extending the lifecycle of the interior decor.

Hannah Cecil-Harden is a director at de Gournay, a family business which was founded by her father, Claud Cecil Gurney. De Gournay makes the most beautiful hand-painted wallpapers and fabrics and the company’s work is found in some of the finest buildings around the world. As you would expect, every room of Hannah’s London home has been exquisitely decorated. The property has undergone many transformations in the time that Hannah has lived there, but the most recent changes were needed to accommodate her expanding family. Hannah and her husband wanted their house to work better for life with their four young children.All the floors of the house have been updated, but perhaps the biggest change was turning the existing basement into a playroom with adjoining utility and bathroom. Having worked with Hannah and the team at de Gournay on a previous project, Clement was delighted to be asked to manufacture the new steel doors that were included within the designs. We were excited that the new steel doors were to be painted in unique vibrant colours to match the stunning wallpapers that adorn the new space and we worked closely with Hannah and her team to find just the right match. We always say that our bespoke steel products can be painted in specialist hues from across the entire colour spectrum – these doors demonstrate what is possible!Hannah said: “I thoroughly enjoyed working with Clement Windows on this exciting project which was for a children’s playroom. I wanted to go with bold and bright colours and they were so accommodating about this, everything about the project was handled professionally and with utmost care from conception down to a flawless install. It was an absolute pleasure to work on such a personal project with a business I have collaborated with before and I look forward to hopefully crossing paths again in the future!”

Gradus has supplied a variety of wall protection systems as part of a refurbishment project at the University of Liverpool’s Small Animal Teaching Hospital based at the Leahurst Campus in the Wirral. The Small Animal Teaching Hospital is part of the University of Liverpool’s Institute of Veterinary Science and employs over 350 staff, including over 100 veterinary surgeons and 280 students. The facility is one of the largest and most innovative veterinary hospitals in Europe, teaching students the very latest theory and techniques.

The award-winning and BREEAM Outstanding Engineering Building at the internationally renowned Lancaster University features a complete range of architectural aluminium glazing systems from Technal. Located on the Lancaster University campus in the North West of England, the new engineering facility was awarded Winner of the RIBA National Award for 2015 and was highly commended by the Royal Institution of Chartered Surveyors in the Design through Innovation category at the 2016 RICS North West Awards. Purpose-built to a world-class standard, the scheme comprises of 4,701 sqm of workshop, laboratory and office space in two concrete framed blocks either side of a dramatic four-storey atrium. Using passive techniques to achieve the environmental performance measure of BREEAM 'outstanding' in the design assessment, which is in-line with Lancaster University's sustainability and carbon reduction targets. With this in mind, aluminium doors and curtain walling were chosen for this project. The Facade is featured throughout the building, and was specified for its contemporary aesthetics. The system also includes concealed vents to allow natural ventilation without compromising the architectural integrity of the facade. With natural light being a key part of the specification, Technal aluminium curtain walling allowed larger and heavier glazing units to be installed thanks to its superior load distribution, permitting more natural light to flow through the building's rooms.

With stringent demands in terms of design, comfort, and functionality, the new City of Glasgow College is considered a ‘University of the Future’. GEZE UK made a key contribution to the modern look & feel of the technical college with custom door solutions, including revolving doors and swing doors.State-of-the-art door systems for the City of Glasgow CollegeThe £228 million project for a capacity of 40,000 students and 1,300 employees was completed by the Sir Robert McAlpine construction company. The entrance areas on the west and south sides were designed using GEZE door technology to reflect the structural aesthetic of the City Campus.The highly modern new building, with over 1,000 classrooms, boasts a striking design while fulfilling high requirements for functionality and safety.Manual revolving doors ensure the flow of trafficThe west and south wings impress with modern steel and glass façades with two manual revolving doors. An additional automatic swing door was installed directly beside each of the revolving doors.Manual revolving doors with TSA 325 NT door drives are the ideal solution for the building's specific requirements in terms of functionality and ease of access. The generous door leaves are easy to move, and the integrated control mechanism stops pushing behind an individual entering into the swing door. In addition, the revolving doors effectively protect the lobby from draughts, dust and noise.Automatic swing doors, designed as emergency exitsThe automatic swing doors directly besides the revolving doors were equipped with electro-mechanical GEZE Slimdrive EMD-F swing door drives to offer maximum flexibility. They can be activated with the push of a button, providing barrier-free access for persons with restricted mobility. The door drive is just 7 cm tall, and integrates discreetly into the door frame to move the door leaf precisely, reliably, and extremely quietly. In the event of a fire, the swing doors also serve as barrier-free emergency exit doors.Automatic sliding doors: effortless door comfortA single leaf automatic sliding door with GEZE Slimdrive SL NT drive guides students and visitors into the interior of the Riverside campus. The highly modern building, which was nominated for the prestigious Stirling Prize, houses student accommodation hat is home to over 3,000 ship building and marine technology students.The slim Slimdrive SL NT drives (just 7 cm tall) integrate almost invisibly into the modern, column-encased entrance area, moving door leaves of up to 125 kg quietly and effortlessly. This makes it the ideal drive solution for a public building with consistently high traffic in both directions – especially one such as Riverside that is also used as a residential building. GEZE's modern door solutions have played a key part in ensuring students can move comfortably and safely through their environment.

Ahmarra manufactured fire doors for Brunel University London, on behalf of the main contractor. Made from sustainably sourced FSC® timber, these doors are faced with Formica’s stylish Terril (F2297) dark grey high pressure laminate. As with all of our Education Range, these pre-hung doorsets were supplied with factory-fitted stainless steel ironmongery, ensuring full compliance.

Building contractor Eversley Building Services Ltd required a roof access ladder for emergency use in the event of a fire. However, the application constraints presented many challenges, in particular the small skylight aperture. As such, a particularly compact loft ladder was needed. Furthermore, because the loft ladder would be used during an emergency, it had to be easy-to-operate and safe for its occupants. Read more about this challenging project and how the Piccolo Premium provided the ideal solution...

The fire station and training centre at Edinburgh Airport worked with Flowcrete UK to identify and install a floor finish that would be able to cope with the difficult on-site conditions. A new floor was required as the previous quarry tile surface was incorrectly laid to a fall, this caused water to run in the wrong direction - ending up at the back of the building as well as ponding between the bays.

Network Rail has redeveloped the 180-yearold London Bridge station – the fourth busiest station in the country with over 54 million passengers passing through every year. To redevelop such a vast, complex site Network Rail required a team that would work together with one goal in mind and add value by presenting viable solutions. Eurosafe chose the MSA Latchways Constant Force Post (CFP) cable system for a complete rooftop fall protection solution. It is the only system approved by Kalzip, who supplied the roof at London Bridge.

A requirement in Corstorphine Wright’s design brief was to avoid horizontal movement joints in the finished façade, which would have been the result had a traditional SFS Infill to concrete frame approach been taken. Working with Willmott Dixon at the early design stages of the contract, Metsec’s in-house design team proposed a continuous walling solution formed from SFS to support glazing and rendered elements that would form the external skin of the façade. Metsec’s solution included the use of fixing cleats to connect the SFS continuous walling to the structure’s concrete frame.

DG Timber Solutions, specialist designers and manufacturers of timber frame construction were awarded the contract to build the structure’s wall panels in the factory and install on-site, with the objective of achieving an overall wall U-value of 0.20W/m²K.

Abbott Nutrition develops and markets a wide range of science-based infant formulae & medical nutritionals. Abbott nutrition required hygienic door solutions, windows and transfer hatches for its new manufacturing facility. The factory it the country’s fifth facility under Nestle and is considered to be among the company’s most advanced worldwide.  Dortek supplied Fire rated single action and sliding doors across the facility. Their smooth and seamless construction means there are no ledges where bacteria can gather. Our encapsulated doors are hygienic, easy to clean and 100% waterproof. Dortek GRP doors are ideally suited to milk processing areas and have been installed in facilities worldwide.

Cardinal Wiseman Catholic School based in Kingstanding, just outside Birmingham, took advantage of a quieter time, with the majority of pupils home schooling, to undertake interior wall protection work with Yeoman Shield. Catering for 700 pupils aged 11- 16 the school has corridors and break-out areas throughout the school where walls and corners especially are exposed to marking and impact damage caused by the everyday movement of pupils, staff and equipment.The damage not only detracts from the smart image the school strives to up hold in all areas, but also becomes a strain on the maintenance budget with constant requirements of repair and redecoration. With the aim to reduce such damage and expenditure, after research and receiving samples, Head Teacher, Robert Swanwick, contacted Yeoman Shield to supply and carry out the installation of a complete wall protection system.Following strict Covid guidelines throughout the process, Yeoman Shield’s directly employed fixing operatives installed Yeoman Shield FalmouthEx Wall Protection Panels, (after boarding-out some of the brickwork to provide an even finish), at 1250 mm high to corridor and dining areas in a Dusty Grey colour to complement artwork decoration applied to the upper walls.Staircase walls were also fitted with the wall protection panels with the addition of Yeoman Shield 50 mm Dia. Guardian Handrail in Timber with attractive Stainless Steel accessories.Vulnerable wall corners were protected with 75 x 75 mm corner protection in a matching colour and Yeoman Shield 110 mm White PVCu cover over a solid timber core skirting was added.This full Yeoman Shield wall protection system will abolish the future need for repainting walls and skirting with cleaning being the only maintenance required, reducing budgets spends. The rigid PVCu material that Yeoman Shield products are manufactured from are easy to clean, do not promote the growth of bacteria or mould and are not affected by the use of commercial cleaners, assisting in the up keep of high hygiene standards.Mr Swanwick commented “the quality of the product is exceptional. It has been installed for six months in some places and shows no signs of wear or tear yet. I also cannot speak highly enough of the professionalism of the installation teams, who understand the challenges of working in a school environment and get on with things quietly and efficiently. I am a very happy customer.”For more information on how installing wall & door protection products can help save on building maintenance and help keep interiors looking smart and clean get in contact on 0113 279 5854, info@yeomanshield.com or go to www.yeomanshield.com

In a stunning architectural statement, CUPA PIZARRAS R17 slate has been specified to meet the design challenges of a former Georgian windmill renovation at Fort Green, near Aldeburgh in Suffolk. The first project of its kind in the UK, the natural slate was individually cut and fixed through expert craftsmanship to accommodate the building’s exterior curve while also providing crucial protection from the harsh coastal environment. Originally, the windmill walls were going to be clad in cedar shingles however, contractor ELC Roofing recommended using the rectangular CUPA R17 slate from CUPA PIZARRAS as a more weather-resistant alternative. ELC Roofing Owner, Edward Carlo, explains: “The R17 is a natural, non-carbonated blue-black slate with non-rusting metallic particles and thin laminations. From our perspective, it’s a tried and tested product that we specify and install on a lot of our projects – especially in coastal situations like this.” The slates, which protect against the salt water and wind, have been fitted on both the windmill’s curved wall, its pitched roof and elsewhere adding design details to the property’s walls. He goes on to say: “Aesthetically, the ocean environment has inspired the material choice with the slate mirroring the scales of a fish. This gives the windmill a dramatic architectural style; one that also sympathetically ties into the slate roof of the neighbouring cottage, which we replaced with CUPA R17 the previous year. “As far as I am aware, nothing like this windmill has been done in the UK. It was a case of starting from scratch to devise the optimum installation method, which involved a lot of detailed calculations.” For the tower, which has a 15m circumference at the base tapering to 11m at the top, the team initially removed the thick render on the windmill wall, taking it back to the original brickwork. Next, to meet the challenge of the curve and tapering of the wall, 50mm counter battens were fitted to the tower’s brickwork. Then, multiple strips of ply were cut and glued together to create the curve. These panels were screwed to the counter battens to provide an anchor for the fixing system. The ply was also primed to protect the surface from water ingress and a breathable membrane applied to protect the brickwork. In terms of fixing the slates to the panels, Edward said: “For a more corrosion and wind-resistant solution, I decided on the French technique of a stainless steel hook fixing system to install the slate, as opposed to nails.” Ensuring the layout worked exactly with the curves, the slate was lasered from top to bottom to perk it out, which took five days to do. Horizontal tiling battens were also marked to ensure the slates were fixed at the right height. Every single slate was cut and fixed individually to accommodate the curve and ensure they aligned with the building’s inset windows as well as other architectural details - a very precise process that required expert levels of craftsmanship. Preventing the slates from getting smaller at height, the team designed-in a series of lead bands that go all around the building at each storey level. These sit underneath the windows to create a consistent appearance visually. The windmill’s domed copper roof existed already and the adjoining tower, which is horizontally clad in a white weatherboard, features a slated pitched roof. ELC Roofing has again used CUPA PIZARRAS spanish slates. In this instance, the roof curves to the back end with four leaded hips to one end and two to the other with a connecting lead ridge. This time the slates were fitted to 20 x 50mm battens with a layer of permeable membrane. This part of the roof also features a striking onion-shaped finial. Expertly crafted by ELC Roofing, the finial is produced out of a patchwork of small pieces of soft copper, topped off with a fish that acts as a weather vane and includes stunning marble eyes. To the other side of the clad tower, CUPA PIZARRAS slate has been used to create a vertical square panel detail to the front of the building and fixed using the hook system again. Commenting on this challenging project, Edward said: “Work on site started before the first Covid-19 lockdown so as well as the challenging weather conditions that a coastal location like this presents, the team also had to complete the work with government guidance and restrictions in place. Regardless, the client is overwhelmed with the end result and so are we.” To find out more about the CUPA PIZARRAS range of natural slate visit: https://www.cupapizarras.com/uk/natural-slate-roofing/

An innovative new residential property built on Passivhous principles, located on the site of a former walled garden within a classic Georgian country house estate, utilises Promat SYSTEMGLAS® Celare fire resistant glazing system from fire, thermal and acoustic solutions specialist Promat UK. With the aim of maximising natural daylight, the design incorporates a number of full height modern slim floor to ceiling windows using the SYSTEMGLAS® Celare glazing system. By choosing SYSTEMGLAS®, the architect and builder have been able to benefit from Promat UK’s ‘360 degree wheel of assurance’ for fire rated glazing systems.

Fresh Wharf is being developed by Countryside, in partnership with housing association Notting Hill Genesis on a 10-acre, former brownfield site situated along the banks of the River Roding. Demolition of old premises on the site started in early 2018 and Phase 1 of the construction project commenced later that year. After this, construction of the new properties commenced in earnest, with the apartment blocks and townhouses being constructed. Installation was undertaken by sub-contractor, Stanmore, with Metsec using Revit to create the construction level design for the framing system at the early stages of the project’s conceptualisation.

The London Science Museum is one of London’s major tourist attractions, attracting 3.3 million visitors annually. Now using, interior glass balustrade. The museums’ collections comprise of both permanent and temporary exhibits. So, when they design each exhibit, they must consider how easy it is to change and adapt the space for any new collections. Displays can be created from many things, including an interior glass balustrade. The Science Museum aims to provide inspiring exhibitions to its visitors. The museum approached Pure Vista while looking for a barrier to protect an extremely valuable exhibit, an original prototype of the Brougham carriage. They required an interior glass balustrade in this London location, that was secure enough to prevent visitors from touching the exhibit but didn’t spoil the viewing opportunities. This also needed to be easy to move and adapt. Knowing that Pure Vista specialise in easy-to-adjust glass balustrade for both interior and exterior projects, they approached us for a solution.Pure Vista proposed a POSIglaze solution for this project.The force loading required for interior light-commercial balustrade is 1.50kN, according to UK building regulations. Which can be achieved with POSIglaze using the right type of glass (19mm or 21.5mm laminate SentryGlas). The real benefit of POSIglaze is that it’s the most adjustable balustrade system on the market, all thanks to our patented screw-clamp technology. This meant that the museum could easily remove a panel of glass in order to move exhibits in and out of this space. The adjustment of this system doesn’t require special skills or tools. 

SMET supplied SMET LiteFlo® Lightweight Flowing Screed for a timber suspended floor, in a self-build set in the idyllic district of Ballymena. Smet LiteFlo® Lightweight Flowing Screed is a high-quality, innovative, pumpable factory-produced, CE marked, self-levelling screed based on calcium sulphate. German-made, SMET LiteFlo® Lightweight Flowing Screed is unique, in that it’s the first-available, pumpable lightweight flowing screed. Made from specially selected aggregates, which make it 30% lighter than conventional flowing screeds and 70% lighter than Sand & Cement - means less is required per m2. Another plus is that that screed made from Calcium Sulphate has naturally substantially lower embodied carbon emissions than a sand and cement screed.LiteFlo® complies with EN 13813: 2002, is CE-marked, and is available in 27Kg bags or bulk silos.Have a look at the Northern Builder MagazineTop 5 Liquid Screeds Article. Read about SMET LiteFlo® in the Irish Construction News.Innovative SMET LiteFlo® is particularly suitable for use in timber-frame builds, suspended timber floors, tower blocks, apartments, and high-rise buildings. SMET demonstrates best practice in construction partnerships - providing a superior level of customer service to their Smet Supported Partners during the installation process.Whether your job is – self-build, retro-fit, floor renovation or repair, design floor, commercial or shop, sustainable build, historical renovation, ECO build, Lightweight, or an industrial flooring venture – SMET has a flooring compound or ready to use product suitable for your application.www.smetbuildingproducts.com or www.smet.ie

A major US oil company was experiencing corrosion in its sour crude oil tanks. Chemicals and water in the oil were creating severe pitting and corrosion issues at the bottom of the storage tanks. They contacted Hempel looking for a long-term protective lining solution.A poor lining system can result in substantial losses. Tanks and vessels left out of service for repair, cost owners valuable time and lost revenues. Hempaline vinyl esters have been designed to resist against acids, caustics, strong solvents, oil and water, protecting assets and maintain the purity of the content of the tank.To combat corrosion in the customer’s sour crude oil tanks we recommended our Hempaline Defend 500 vinyl ester mat reinforced to line the tank bottom and also the bottom 4 feet of the wall surfaces.The high-performance scheme was applied following grit blasting and consisted of a single coat of Hempaline Prepare 120 primer. A first coat of Hempaline Defend 500 was then applied and whilst wet, a 450 gm/m2 (1.5 oz/ft2) chopped strand mat was incorporated into the coating. Following a light sanding to remove any upstanding fibres, a second coat of chemically resistant Hempaline Defend 500 was applied.

Bolton Gate’s Superior folding shutters have been specified and used on over 100 Fire Stations in Hong Kong & Macau, the latest being the station built to service the infrastructure associated with the new Hong Kong–Zhuhai-Macau bridge, the longest sea-bridge in the world. The doors are designed to meet an onerous specification including typhoon loads up to 3kPa and fast operating speeds (approximately 700mm per second). They are designed and manufactured in the UK and shipped to Hong Kong where they are installed by Deacon & Co., Bolton Gate’s local agent.

Project BriefThe James Dyson Building and the Dyson Centre for Engineering Design at the University of Cambridge officially opened in May 2016.The technology hub was designed by Nicholas Hare Architects and funded in part by a £8m donation from the James Dyson Foundation, and will give some of the world's brightest young engineering students access to advanced laboratories.The Department’s priorities were for a low-energy building (targeting 100kWh/m2/annum total) that would showcase the state-of-the-art work of the Department and be sustainable.The ProjectThe James Dyson Building is located within the Cambridge Central Conservation Area and is also adjacent to the Grade II listed Royal Cambridge Hotel. Care was taken with both the scale and materiality of the building which was closely scrutinized by the Cambridge Design and Conservation Panel.The James Dyson Building provides flexible and highly energy-efficient research, seminar and meeting spaces for post-graduate students at the University of Cambridge’s Department of Engineering.Linked by an atrium to the existing Department buildings, the new facility is located on a prominent and sensitive site within a conservation area and at a major gateway into Cambridge.Much of the concrete frame of the building is exposed internally to assist in maintaining thermal stability and natural ventilation is encouraged using a series of chimneys running through the building.Research groups worked with the contractor to incorporate active stress sensing of the concrete frame and low-carbon, magnesium blocks were also used in the build.A large proportion of the construction cost was met through a generous donation by The Dyson Foundation.Help from Tarmac - Limelite Heritage Lime MortarWe supplied Limelite Heritage Hydraulic Lime Mortar in bulk bags & 25kg bags to the new James Dyson Building in Cambridge. The product was a pure hydraulic lime bedding masonry mortar M2.5 but due to its versatility, durability and sustainability met all the requirements of the architects. This lime mortar is ideal for projects such as this one because it is a cement-free product and so recreates an appearance in keeping with the history of the adjacent buildings with a modern aspectOutcomesThe James Dyson Building for Engineering will support world leading research in areas including advanced materials, smart infrastructure and electric vehicles. Fibre-optic sensors in the foundation, piles, columns and floor feed back live data, about temperature and strain – providing a picture of how the building is behaving. The result is a building that’s more of a living creature than a passive block of material: we can ask the building how it’s feeling, and the building can reply.The Dyson Centre for Engineering Design will teach students about the design process – and provide space for over 1,200 undergraduate engineers to conduct their research."This new space for Britain’s best engineers at the University of Cambridge will catalyse great technological breakthroughs that transform how we live."Sir James DysonAWARDSRegional Finalist: Civic Trust AwardShortlisted: RIBA East AwardShortlisted: RICS Award - Design Through Innovation

When Leeds Teaching Hospitals NHS Trust earlier this year approved capital funding to convert a disused area of Chapel Allerton Hospital into a new dental facility, they engaged with Yeoman Shield wall & door protection specialists to provide durable yet attractive wall protection that would achieve the interior fit-out brief.

A client with a strong reputation for sustainable construction needed a flood defence system to protect a large substation in Croydon.UK Power Networks and ClancyUK Power Networks is responsible for electricity distribution and maintenance across London, the southeast and east of England. Clancy contracts for UK Power Networks refurbishing substations. Clancy was founded in 1958 and is now one of the largest privately owned construction firms in the UK. Its vision is to be “trusted to deliver smarter, greener infrastructure brilliantly.”The challengeClancy managed construction and implementation of the Andel flood defence system for UK Power Networks.Location: the substation is located within a flood risk area and is critical for maintaining electricity supply to thousands of homes and businesses.Sustainable: they wanted an environmentallyfriendly approach in line with their commitment to sustainability.Disruption: the aim was to protect transformers from flooding to maintain reliable electricity supplies to homes and businesses.Protection: they needed to protect the transformers from flooding to maintain network resilience.Inconvenience: they wanted a solution that would cause minimum disruption to the site allowing for continuity of service.Cost: they needed a cost-effective solution compared to the costs normally associated with traditional flood defences.The solution Andel FloodWall and Andel FloodBlox® Andel FloodWall is a cost-effective, environmentally friendly alternative for perimeter flood defence and is suited to commercial, residential, new build and retrofit installations. Panels and posts are constructed from robust, 100% recycled, nonporous, post-industrial plastic waste.This means the substation now has:A sustainable, cost-effective and environmentallyfriendly system compared to traditional flood defence systems.A flood defence system with a lower carbon footprint compared to an all-concrete construction.A modular solution that was easy to transport and speedy to assemble on site with minimum disruption.A robust perimeter flood defence designed and tested to meet the requirements of British Standard BS 851188-1:2019 for Flood resistance products.Andel FloodBlox® is an easy-to-use, lightweight, demountable flood barrier for all types of openings such as gates, house doors, patio doors, garage doors, warehouse and factory doors as well as creating easy access within a perimeter flood defence wall.This means the substation now has:A lightweight, easy-to-use demountable flood barrier allowing easy access to the bund.Proven technology that uses the natural pressure and weight of floodwater to create a watertight seal.The result Sustainable: Panels and posts are constructed from 100% recycled, post-industrial plastic waste, reducing the carbon footprint compared to traditional allconcrete flood defences.Convenient: A modular, easy-to-assemble system causing minimal disruption to on-site operations as no heavy machinery was required.Effective: FloodWall and FloodBlox® provide a robust, tried and tested flood defence solution allowing easy access to protected areas.Cost: The modular and flexible system reduced installation time and delivered a cost-effective solution.Excellent communication: The on-site Andel team worked closely with the client, ensuring open and constructive dialogue with regular updates on progress and timescales.Added value: The project also included installation of Andel’s market-leading BundGuard® units, a bund dewatering solution previously supplied to the client and contractor on other sites.What the customer said;We made the right choice working with Andel on the UK Power Networks Croydon project. Andel has worked with Clancy before providing pollution prevention products and maintenance services for the electrical distribution sector.As a safeguard against the increasing risk of flooding, Andel were able to provide a sustainable and cost-effective solution for the Croydon substation, protecting UK Power Networks transformers from the risk of future flooding.Craig Aust, Project Manager, ClancyIt was great to work with Clancy on the UK Power Networks Flood Defence project at Croydon Substation. We were tasked with delivering a robust, reliable and environmentally sustainable solution to protect the transformers on site from the risk of flooding. Working closely with Clancy Project Manager, Craig Aust, we were able to navigate the project to deliver a solution that sat in line with their values of delivering quality and sustainable practices. We are delighted to have successfully delivered a flood defence system that ensures the transformers are protected from the ever-increasing risk of flooding. 

Royal Cornwall Hospital in Truro is the biggest hospital in Cornwall. The corridor needed updating quickly and required a durable solution to withstand high footfall and wheeled traffic in the area. Altro Cantata adhesive-free flooring was combined with Altro Fortis Titanium wall protection.

Location: Edgbaston, BirminghamMain Contractor: Winvic ConstructionNew Garden Square commenced in October 2021 and is scheduled to reach completion in June 2024. The project comprises three towers which reach to 9, 10 and 13 storeys.Public spaces in the New Garden Square neighbourhood include a new one-acre central park, along with a striking arrival pavilion building at the site’s gateway, and new shops, cafes and restaurants throughout the siteOBEX Score’N’Snap Cement Sheathing Board System was specified for this prestigious project, eliminating the need for dust control and drastically reducing the cost and time of installation.State-of-the-art Homes: 398Apartment Blocks: 3Storeys: 9,10 and 13

Design consultants AECOM delivered efficient hot water distribution using 800m of RAYCHEM HWAT-M self-regulating cables, to provide a single-pipe system throughout the building. Its compact design, eliminated the need for recirculation pipes, thus enabling the system to be installed in restricted spaces. Pipe freeze protection was achieved using 300m of RAYCHEM WinterGard self-regulating cables. Snow and ice prevention on the car park access ramp was provided by 1200 metres of RAYCHEM EM2-XR selfregulating cable controlled by a VIA-DU-20 multi-sensor control unit.

The SIPs Cladding Panel has been included as part of the innovative design for the Research Acceleration and Demonstration (RAD) Building at The University of Nottingham.The ProjectThe RAD Building has been designed to achieve BREEAM Excellent and will include Passivhaus measures to reduce energy requirements, providing a comfortable space for users whilst maintaining outstanding energy efficiency.The £7m development, funded by Innovate UK, houses many of the UK’s leading academics in its laboratories, offices and breakout spaces. The 142 mm SIPs Cladding Panel was used in the walls of the iconic 2000 m2 building, in order ton restrict energy demand.The original specification indicated both SIP and, space saving opportunities and quality delivery by qualified installers.Rising to the challengeA multi-disciplinary approach was taken to meet the project’s challenging performance targets including input from building fabric engineers, specialist designers and BREEAM consultants. The use of the SIPs Cladding Panel was essential to maximise space in the laboratory building, whilst maintaining excellent levels of insulation.High performanceIn addition to their excellent thermal performance, the combination of the panel’s OSB/3 facing and unique jointing system also help to limit air loss from the building. This allowed the project team to limit air-leakage to below 0.6 ach@50 Pa.The RAD Building development offered the opportunity for creating a building with a dynamic appearance and unique identity, consistent with the aspirations of the ERA initiative.The use of the SIP Cladding Panel was essential for maximising space in the laboratory building, whilst maintaining excellent levels of insulation.The RAD Building development offered the opportunity for creating a building with a dynamic appearance and unique identity, consistent with the aspirations of the ERA initiative. The use of the SIP Cladding Panel aligns perfectly with these aspirations, due to the panels’ FSC® (FSC®-C109304) certification, which demonstrates sustainable sourcing of construction materials.University of Nottingham RAD Building | Lewis and Hickey Architecture4Awards2019 – Winner | Sustainability Award 2019, East Midlands Celebrating Construction Awards – Celebrating Construction Excellence2019 – Winner | LABC East Midlands Awards Winner & Highly Commended2018 – Winner | EMPD – Sustainable Project of the Year, constructing excellence

The Profiline F30/F30 Plus/F60 is a fire resistant 3-part folding wooden ladder. It’s a ready to fit unit with a trapdoor and hatch box with an all-round rubber seal. The F30 is fire resistant tested from the underside, the F30 Plus from above and below and the F60 from below. It is simple to use and when folded away sits on top of the trapdoor. Supplied complete with a handrail, rubber feet and white cover strips to fix onto the hatch box edges. It has a turn latch locking mechanism operated by a wooden pole.

With several stops marked out on the future Crossrail route, new-builds on the rise, and an impressive range of ‘Outstanding’ schools, this culturally diverse borough of Ealing is becoming more popular than ever. To meet this popularity new-build property is on the rise however there is strict guidance on design of new buildings. Licata Building Systems in partnership with Build-Therm Services Limited were commissioned to specify and supply the façade systems for The Vale apartments. A prestigious block on Connell Crescent, The Vale was subject to planning guidance that insisted the block remained in-keeping with the more traditional neighboring blocks. The system installed is Licata FireSafe Brick slips. Using a 7mm extruded brick slip the system is one of the lighest systems available on the market. Coupled with class A2 fire performance and a U-value of 0.039W/mK, the apartments not only met all NHBC and local planning design criteria but provides the occupant a safe and energy efficient environment.

This elevated balcony project in Taunton is a great example. The goal of the project was to make the addition of large balcony areas to the rear of two adjacent houses, with large steel frameworks to be designed to provide the balcony level to the first floor.

This year, the playgrounds in Kazincbarcika are being beautified again. The refurbishment across the city's 22 playgrounds began this spring with the replacement of rubber coatings and the refurbishment of sandboxes, followed by the necessary repairs to equipment and structural elements. The work is expected to be completed by autumn.With the arrival of spring weather, many are eager to spend time outdoors, and families with young children enjoy spending time on playgrounds. Among the city residents we surveyed, many consider the area around the Boating Lake a prime destination due to its proximity to nature and the presence of a playground nearby.It is important that children can play in the safest, well-maintained environment possible. Barcika Park Nonprofit Ltd. is responsible for the operation of 22 playgrounds, which include 220 play equipment. The company's staff continuously repair any detected faults and deficiencies, and they annually review the condition of the playground equipment. Some of the equipment is repaired on-site, while others are taken to their workshop for repairs after transportation.Parents can also assist the professionals with their observations through the city's official mobile app, KolorApp. Thanks to these reports, it was discovered that the rubber coatings on the playgrounds were worn and damaged, prompting the company to replace all of them for the safety of the children. Additionally, they regularly rake the sand surfaces, disinfect and refill the sandboxes, and refurbish or install new playground equipment, as communicated by Márton Rosza, the construction group leader at Barcika Park Nonprofit Ltd."The major replacements and repairs, for example, are taking place at the Barátság Square playground, the Völgy Street playground, the Instrument Technician Street playground, and in the Völgy Park. Currently, the replacement of spring toys, balance swings, and swinging swings is underway. We strive to show the residents potential innovations," stated the expert.Márton Rosza added: His colleagues also take care of emptying waste containers, managing green areas, caring for vegetation, and cleaning sandboxes, shock absorbers, and coatings. Safety is also ensured by a regulation that mandates a triennial review of the playgrounds, which is always performed by an expert company. Thus, everything necessary for uninterrupted and high-quality relaxation is available in Kazincbarcika. However, during the maintenance work, they ask for the patience and cooperation of the children and their parents.

The new Engineering Building for The University of the West of England (UWE) is located at the main Frenchay Campus. Designed by multi award-winning architects, AHR, the iconic building will enable the university to deliver its vision for 21st Century engineering and inspire engineers of the future. It has been designed and operated to BIM Level two and aims to achieve a BREEAM Excellent rating. The building will accommodate up to 1,600 students as well as 100 academic and technical staff. The design brief was to create a space which would encourage multi-disciplinary collaborative learning. The outcome is an ideal environment for students to explore, create, and test ideas to change the world for the better.A large central atrium provides a generous space across multiple stepping floor plates which leads to social learning spaces, manufacturing workshops, wind tunnels, laboratories, computer rooms, and computer-aided design (CAD) suites. At the heart of the building there is also a hub for group study which will encourage students and academics to meet and exchange ideas.Lusso atria glazing was installed within the space to allow natural light into the core of the building and visual connection between different areas .  A combination of Lusso 105 framed glazed partitioning and Lusso 25 frameless glazed partitioning has been used for different specification requirements within the space and combine well with the wood and black coated steel beams to achieve an industrial look. 

The Ministry of Defence (MOD) protects the security, independence and interests of the UK at home and abroad, working with its allies and partners whenever possible. The MOD needs to make sure that the armed forces have the training, equipment and support necessary for their work, and that all expenditure is kept within budget. Extensive assets of the MOD need to be maintained in a state of readiness at all times. It’s a round-the-clock task operated on an enormous scale, often in hazardous conditions and in extreme weather. An example of this is the maintenance of aircraft.