"concrete"

As part of cultural regeneration of the Olympia Exhibition Venue, Olympia Central Hall has been demolished and the iconic structures of Olympia National and Olympia Grand, both Grade II listed buildings, are being incorporated into the site’s overall redevelopment. The West Hall Exhibition Space is being structurally strengthened to allow for a two-story music venue to be constructed above the existing exhibition hall.It is necessary to isolate the Central building, originally known as Empire Hall, from the West Hall performance space to prevent music and entertainment noise disturbance.Three massive bearing assemblies comprising solid thick steel plates holding Stravibase VHS bearings, which were pre-compressed using our patented frozen bearing technology.A small mock-up (approx. 1/3 of the size) was also constructed, and fire tested at Liege University, comfortably achieving a two-hour fire rating.Music and entertainment noise breakout from this new venue causing disturbance to residents.A custom designed Stravifloor Deck solution with rubber bearings isolating the concrete roof flab from the structure below. This complex floating roof is laid to multiple falls by using supporting rails that are tapered to suit.

GRP Rail Station Platform - Mountbridge Install | Case StudyThe Island Line and its associated infrastructure on the Isle of Wight in the UK has recently been upgraded to offer a more frequent service and introduce a refurbished fleet of Class 484 trains. Key to the project was creating improved accessibility between the train and the station platform to allow the new trains to operate effectively. This was achieved by deploying GRP Dura Platform panels from Dura Composites in conjunction with the Mountbridge™ system from Hammond ecs ltd to raise the platform gauge by up to 400mm at 5 stations on the Island Line, including Ryde Pier Head.The patented 40mm Dura Platform solution (Patent No GB 2 523 381) has a span of 1.5m per 5kN/m2 UDL and delivers multiple benefits in terms of faster, safer and easier installation, reducing time on site, therefore reducing disruption to passengers, and providing major cost savings versus traditional materials such as concrete. The platform panels can accommodate fully integrated tactile recesses, illumination of the coper and integrated heating to remove frost & ice build up and reduce the future maintenance burden of the platforms.

AG were tasked with installing paving flags at the new entrance of the Portlaoise Retail Park as well as lifting and replacing the old paving at the existing entrance.The TerraPave® flag, manufactured from aggregates sourced from around Europe, was chosen as a fine quality concrete alternative to natural stone, which helps keep costs down. It was also selected for conforming to current BREEAM sustainability criteria which AG include as standard requirement. TerraPave® also requires little to no maintenance and is completed in ground and textured finishes, giving it a more attractive look compared to other paving solutions.John Donnellan, Key Account Manager AG, said:“We felt the TerraPave® flags were the best products for these highly pedestrianised entrances due to its glowing track record and the similar projects it’s been used for. TerraPave® is easily maintained and retains its colour very well and these were the qualities Harcourt Developments required due to the heavy footfall at the Retail Park. After 6 years the flags now look in pristine condition.”The old paving was replaced with our TerraPave® Genoa Ground flag for its unique design and eye-catching finish.

As part of a major transformation of Wembley Park, which includes Olympic Way, Wade Stainless Steel Linear Channels and Streamline, and perforated gratings were installed beneath the Olympic Steps to provide an effective and long-lasting drainage solution.Built by developer Quintain in a joint project with Brent Council, the Olympic Steps come at the end of Olympic Way—the stretch of road linking Wembley underground station to Wembley Stadium. It was named Olympic Way after it was originally constructed for the 1948 London Olympics.The final stages of this redevelopment were the iconic steps that lead up to the national stadium. The original ramp, known as the pedway, was built as part of the old Wembley Stadium and acted as a bridge over the old coach parks. The Olympic Steps development replaced the outdated, concrete pedway and extended the Olympic Way, increasing the width by 50% and improving accessibility for all visitors in and around Wembley Park. Volker Fitzpatrick was the main contractor on the project.“Working closely with Mick Hawkins, the Site Manager, the aim of the project was to fulfil the client’s drainage requirements to tight deadlines,” says Brian Holden-Earl, Area Sales Manager. “The area is frequently used by visitors, so it was important to deliver our services within a specific timescale.”

The office “G+P Muller architectes” designed a total of 94 rooms, including classrooms, laboratories, workshops and studios. The Lycée also has its own swimming pool, sports halls and a canteen kitchen with an attached cafeteria. The straight-lined architecture, which uses daylight in a variety of ways and cleverly leads into the building, is captivated by a fresh color concept that takes on an aesthetic and structuring function throughout the building.In order to harmoniously adapt the swimming pool, sanitary areas and canteen kitchen to the color concept, the architects chose two tile series from Villeroy&Boch: PRO ARCHITECTURA and UNIT ONE. In addition to the necessary technical properties for public kitchens and wet areas, the PRO ARCHITECTURA series in particular offers a professional color and format system.For the sanitary area, the architects chose orange, which also appears in the school’s logo, as well as red and white, using several of the system’s modular formats. The swimming pool area is designed around the pool with specially anti-slip tiles from the PRO ARCHITECTURA series. In the surrounding areas, the swimming pool is divided into the colors light and dark gray, which harmonize very well with the concrete elements and the wooden ceiling.

FOAMGLAS® Tapered T4+ (Slab)Design Architects: Amanda Levete ArchitectsStructural Engineer: ArupMain Contractor: WatesRoofing Contractor: Knight AsphaltApplication: Podium Roof - FOAMGLAS® Tapered T4+ (Slab )Finish: Porcelain TilesThe Victoria and Albert Museum is one of the world’s greatest museums of art and design. It provides unparalleled knowledge and understanding of the designed world to the public.The newly refurbished entrance is the first porcelain tiled public courtyard in the UK. It consists of a total area of 1200 m2 distributed in different levels.For this application, FOAMGLAS® Tapered T4+ (Slab) was specified and installed on a concrete deck with two high performance bitumen waterproofing membranes.The bedding and porcelain tiles provide the final finish and they will support the large volumes of visitors expected every day.The podium roof at Exhibition Road Quarter will showcase the best of contemporary design, as well as celebrating the beauty of the V&A’s existing building.At the heart of the Architects brief the newly created space is to accommodate the V&A’s headline exhibitions, it will also act as a public area.The Foamglas strength and time tested thermal performance will offer a long term solution to this very important entrance and courtyard.

A multiphase regeneration project consisting of well over 1,200 new homes, community facilities, and a central park with communal facilities and a soft-play area.The regeneration project started back in 2010, phase 2 saw run between January 2011 and April 2013, phase 3 finished at the end of 2017, phase 4 delivered new homes during the 2nd half of 2018, while the latest phases started in 2019 and complete in 2024.Greenside Landscapes were awarded the Hard & Soft Landscaping at Heathside & Lethbridge in Lewisham, for which we supplied our TerraSmart Rail Paving System to support the rectangular concrete pavers in the communal podium space.The system, which is fully non-combustible, it’s made up of super-strong, 100% recyclable aluminium joists, which overlap to create a lattice framework, offering the maximum possible level of support, especially suited to high trafficked areas.The paving system featured a build-up of approximately 300mm and was perfectly integrated into the soft landscaping and soft play areas. Another example of a similar system deployment, in which we worked again with Greenside Landscapes, was the IKEA Hammersmith roof-terrace project.

Background Infomation:Wright Lab: Exploring the Invisible UniverseSurespan designed and manufactured a flush floor hatch for the Yale University Wright Laboratory, home to Yale’s iconic particle accelerator, the 100-foot-long atom smasher. In 1987 it was the most powerful particle accelerator in the world and led the research in astrophysics. The Atom Smasher was shut down in 2011 and disassembled in 2014.The projectAs part of a comprehensive renovation, Christopher Williams Architects LLC transformed the concrete bunker-like structure into a series of day-lit workspaces. The central building was opened to become a place where scientists, students and experts could interact. This space also hosts events and researchers from around the world. The design brings natural light into the building and emphasizes collaboration through transparency.Products:Surespan designed and manufactured a 2.7m x 4.5m (9ftx15ft) stainless steel flush floor hatch. The floor door has been reinforced to support a live slow-moving wheel load of 17 tons. (FACTA Class E)Due to the weight of the floor door, the hatch is operated via a hydraulic cylinder and an electrically driven power pack. The finished cover uses Sure-Grip anti-slip surface coating.

Lindner SE | Partitions and Lindner SE | Interior Fit-Out and Furnishings were largely responsible for the detailed interior design with lots of glass, silver fir, brass, exposed concrete and a colour concept with 32 colours. Lindner developed a new glass partition wall in which the glass walls could be installed frameless thanks to grooves in the floor and ceiling. In order to fulfil all fire protection requirements in the various rooms, the doors and glass wall systems were designed in F0, F30 and F90 as required. Another special architectural detail: the wooden door leaves were integrated seamlessly into the glass walls without an additional frame. Silver fir or brass was chosen as the surface finish.These materials can also be found in the wall panelling and built-in furniture, which were manufactured by Lindner Objektdesign in its own factory. Other special solutions included an elliptical counter made of brass, curved lawns made of artificial turf, designer furniture in the group/ work areas as well as ultra-modern teaching kitchens and special teaching desks in the classrooms. Completed WorksPartitionsPartition Systems GlassLindner Life FireWall and ceiling panels

The design of this bathroom needed to reflect the client’s colourful, modern and eclectic aesthetic, whilst still allowing for a tranquil, restorative space in which to batheHandmade Moroccan concrete tiles by Popham Design in a soft green shade feel serene and natural, but also inject a pop of colour. Elsewhere in the room, design is kept minimal, modern and almost industrial in its simplicity, with a neutral colour palette and brushed nickel tapware. To visually expand the space, the layout of this bathroom was re-designed to make the room feel elongated, and draw the eye in. To complement this, the Moroccan tiles line the floor and furthest wall behind the wet room and back-to-wall Eldon bath.Of the design, designer and stylist Edwina Boase said: “The Eldon bath was perfect for this bathroom; its elegant, modern shape was echoed in the patterned tiles, lighting and tapware. The Eldon design is impactful yet economic with regards to the floor space required, which is preciously what was required for this project!”This house in its entirety was recently unveiled on Channel 4’s home renovation series ‘Ugly House to Lovely House with George Clarke’.Photography: Amazing Productions / Daniela ExleyArchitecture: Chris Dyson ArchitectsDesign: Edwina Boase

The Castle Cove Sailing Club in Weymouth, Dorset, constructed a new terrace area to provide a viewing platform for the sailing events in the London 2012 Olympic and Paralympic Games.The sailing club required a waterproofing system that could be installed directly to the concrete construction in order for the works to be completed as quickly as possible. It was essential that the system was compatible with timber decking and would provide long-term protection from the elements.The sailing club contacted KG Roofing, their local Polyroof Approved Contractor, to provide a waterproofing solution that could meet the demands of the project. The BBA-Approved Protec System was specified for the works due to its rapid cure times and high waterproofing performance. Timber battens were incorporated into the system to create fixing platforms, creating a striking yet functional support for the timber decking and glass balustrade.With the Protect System affording rapid curing times, the terrace was finished within the desired time-frame, leaving ample time before the beginning of the Olympic Games. The lucky viewers at Castle Cove Sailing Club witnessed many record-breaking performances from Team GB’s sailing team, including Ben Ainslie becoming Britain’s greatest ever Olympic sailor.

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

In this case study, we delve into a PermaBound driveway installed by GR Groundworks who were tasked with replacing their customer's worn-out driveway with a beautiful resin bound gravel surface. Continue reading to discover the entire process of creating a magnificent driveway.After carefully browsing the bespoke PermaBound sample case and inspecting each blend, the customer confidently chose Rivieria as the primary blend and Steel Blue for the border and pathways alongside their house. These beautiful selections were made carefully to ensure they complemented each other whilst enhancing the property's overall aesthetic.The GR Groundworks team started the project by excavating and removing the existing, visibly deteriorating driveway.Once the old surface was cleared, a strong hardcore foundation was established. Block paving edges were then laid to form a step at the front door. On to the hardcore, a concrete sub-base was then laid, offering a solid surface for installing their PermaBound surface. To accommodate the installation of two resin bound gravel blends side-by-side, a durable aluminium edging trim was fixed to the concrete surface, creating a crisp yet discreet separation between the two colours.With the thorough groundwork completed to a high standard, the installation of the PermaBound surface could commence.The team prepared the PermaBound installation perfectly, stacking up each separate mix: four bags of specialist stone, a high-quality PermaBound resin binder and a bag of sand.One member of the GR team managed the mixing process using their SoRoTo forced action mixer. For each mix, they added BoundFast Catalyst to the resin binder to accelerate resin curing times in colder weather. They combined the gravel, catalysed resin binder and KLCP sand in the SoRoTo mixer, ensuring each batch was mixed for precisely the same duration.The mixed PermaBound material was then carefully transferred to a wheelbarrow by another team member, transported to the designated installation area and roughly spread out.The third team member then took the lead, hand-troweling using The Resin Bull's 500LT double-handled trowel to craft a well-compacted and level PermaBound driveway. They began by first laying the Steel Blue border and paths before troweling the main Glacier driveway area.Years of experience combined with the invaluable insights gained through attending the PermaBound training course equipped the GR Groundworks team with the skills to produce this flawless PermaBound surface.The combination of premium resin-bound materials and exceptional craftsmanship resulted in a stunning, durable and functional PermaBound driveway that has truly transformed the customer's home!If you're considering a PermaBound surface, our team can turn your ideas into a reality.Please contact us by calling 01246 418144 or LiveChat with us during office hours. Outside of these times, feel free to leave us a message.

Schools, colleges and campuses with an ever-increasing intake of students often outgrow the buildings originally designed for them. As a consequence, our education sites can consist of increasingly disparate faculty buildings extending far beyond a central hub. These are usually connected by a network of outdoor walkways that get crossed many times a day, in all weathers. Shelter for these walkways is a necessity but innovative designs can offer much more beside.Queensmead is an ambitious school that is committed to seeking the best for all its students. The forward-looking and dynamic co-educational academy to over 1,400 students aged 11-18 was recognised by the Department for Education for being in the top 5% nationally for student progress in 2016.Consisting of 15 detached buildings spread across a large site, access to buildings requires students and staff to cross a number of interconnected covered walkways on a daily basis. When these concrete covered walkways needed replacing, Queensmead sought a cost-effective alternative with the functionality to shelter the network of walkways and the scope to offer increased covered breakout space for the students to meet, eat and relax together. Particular care was required for heating pipes and cables that needed to be protected during the extensive demolition phase and incorporated in to the new design.“We’ve been delighted with the insightful but flexible design process and the speed and efficiency of each installation phase for this complex canopy project. The modern design, with integrated lighting, has re-invigorated our walkways and the additional sheltered breakout space has been a big hit with our students.”David Patterson, School Business Manager, Queensmead SchoolStreetspace came up with an over-arching solution that met the site plan requirements and the broad scope of the project, allowing considerable changes in length and width of the canopies, and a single-source approach which ensured both time and money were saved. The bespoke product has enabled the evolving project to be completed in phases, with the third and largest phase of the canopy completed over a 5 week period during the 2017 summer holiday.The TRITON canopies are installed with an opaque triple-wall polycarbonate roof system allowing good light transmission without the glare of clear versions. The curved canopy design exceeds the shelter provided by the demolished walkway covers and their extended reach, factored in the designs, has generated significant amounts of sheltered breakout space for Queensmead pupils. Working to time frames factoring in school holidays, disruption for staff and pupils has been kept to a minimum.By identifying the latent potential of their walkways and working closely with our expert designers at Streetspace, Queensmead upgraded their archaic network of concrete walkways with a modern design; bringing cohesion and unity across the site. The inclusion of recessed lights added welcome security and the extended canopy design not only provided improved shade and shelter but year round social space.

Park Central, Zone B11, Birmingham has been an ongoing 15-year project which Crest Nicholson Regeneration, delivered in partnership with Birmingham City Council and Optima Community Association.Systems in useWilotekt®-PlusEcoflex®Starcoat® PMMAOverviewThe development has completely transformed the former Lee Bank Estate into a desirable place for city centre living. Included in the scheme is an eight-acre park at the centre, which has proved very popular with the local community.ChallengesThe primary challenge was to achieve a robust waterproofing solution across all areas of the project, ensuring that all key targets of the construction programme, installation, cost efficiencies and client requirements are met.This coupled with ensuring all aspects of the waterproofing package were designed and installed in accordance with the current government legislation, NHBC design guide and industry design guides including BS 6229:2018, requiring all areas to be installed to a design fall no less than 1:80. Due to the roof slab being concrete, the frame required a fall within the structure to remove the requirement for a secondary screed which was simply accommodated across all areas. However, Block E proved a little more difficult due to the curvature of the building.SolutionsThrough review of Axter’s extensive system portfolio and by following our waterproofing ethos of ‘right system, right application’, a mix of three key waterproofing solutions was incorporated within the architectural design specification.Wilotekt-Plus was specified for the central podium as a robust waterproofing system, allowing for regular foot traffic and storage during the construction stage as this was a key area for use with deliveries and access to three of the six blocks. The system was also specified for the main roofs where a fall could be achieved within the concrete slab.Block E proved a little more challenging to create the fall, but Ecoflex ADH PVCp single ply with tapered insulation was more than up to the job. It was installed allowing for a clean, visually attractive aesthetic and the required design falls to achieve drainage.To close out the design and turnkey solution, we also incorporated waterproofing to the exposed car park decks between Blocks D and E and Blocks E and A with R12 rated, BBA certified Starcoat PMMA. Bay marking was easily applied using Starcoat PMMA white roller-applied surfacing.Through close collaboration and partnership with Axtershield Installer NRA Roofing & Flooring, all works were protected under Axter’s Platinum Guarantee, our most comprehensive insurance backed guarantee covering materials, design, workmanship and insolvency. The excellent workmanship, attention to detail and multi-discipline co-ordination of works displayed by our Axtershield Installer helped to deliver this complex project.

Client: EncircLocation: Chester, UKYear: 2023Project size: 450 m²Vebro systems: vebroscreed Industrial, vebroflex Decorative UV Plus, vebroflex Comfort UVAs part of its goal to decarbonise by 2025 by using hydrogen in its furnaces, a Chester, UK glass manufacturer has recently undergone an expansion, requiring durable, attractive flooring throughout.Encirc is a leading UK manufacturer of glass containers. Founded in 1998, the company has since grown to become one of the largest and most advanced manufacturers of its kind in Europe.Part of the Vidrala Group, Encirc is based across three sites in Northern Ireland, Italy and Chester, UK. Each year they produce more than 4 billion glass containers for leading global brands, filling many of them for retail across the UK and Europe.As part of the upgrade to the Chester facility, an extension was added that required a new flooring solution to help join the old and new areas of the facility seamlessly.A durable, practical and aesthetically pleasing floor coating solution was required to meet the needs of this modern production facility.Vebro Polymers supplied a package of polyurethane flooring materials as well as a heavy-duty industrial screed for substrate levelling.vebroscreed Industrial, applied at a nominal 10.0 mm across the 450 m2 floor area, is a deep-fill, rapid-setting and hardening, high strength, single-part, cementitious smoothing underlayment screed, that provides a durable sub-floor prior to the installation of resin finishes.vebroflex Decorative UV Plus in Charcoal Grey was chosen for the main area and entrance walkway, and vebroflex Comfort UV in RAL 7037 Dusty Grey was applied in the staff changing area and locker rooms.Both are polyurethane comfort systems, also known as liquid vinyl, are made up from multiple layers of flexible polyurethane resin installed onto a primed substrate or rubber underlay to provide a cushioned effect underfoot.Not only for these systems boast high performance, they also help to enhance the working environment. vebroflex Decorative UV Plus includes tiny polymer beads for a subtle yet attractive finish, while vebroflex Comfort UV features a soft matte finish for a contemporary aesthetic.Quest Industrial Flooring offers a wide range of industrial flooring solutions to suit the huge variety of service conditions required by the demanding industrial industry.Based in Warrington, Cheshire, the team at Quest deliver screeds, high build epoxy coatings and line-marking as well as polishing and grinding of terrazzo and polished concrete flooring.The company’s vast experience in the industrial flooring sector means they are able to offer customers expert advice on the concrete and resin flooring options available, as well as consistently install high quality floor systems on time and on budget.Their attention to detail combined with their aim to provide unrivalled customer service, means customers are supported through their projects from specification through to installation and beyond.

GRCA Full member Telling Architecture Ltd demonstrates how innovative 21st Century Modern Methods of Construction can be used to replicate 19th Century, Victorian inspired architecture. The key to authenticity when replicating historic construction methods or styles, is care and attention to detail. Get it wrong and at best you create a poor pastiche of a bygone era. This was the challenge presented to Telling Architectural that required them to develop further the techniques they have already established and utilised in the design and manufacture of brick faced GRC, to create convincing complex 3D forms.This £300 million project nestled between iconic 21st century London landmarks including Tate Modern and The Shard, comprises mixed use buildings that provide offices, shops, gallery restaurant and cinema adjacent to the historic and world-famous food destination Borough Market.This project identifies heavily and sympathetically with its Victorian past. Brick railway arches have been re-purposed to integrate with the facades of retained warehouses in addition to new contemporary architecture that is weaved in amongst connecting pedestrianised yard spaces that creates a refined reimagining of a bygone age.Telling Architectural Ltd continue to innovate and develop the capabilities of Glassfibre Reinforced Concrete. The addition of real brick facings provides the Architect/Specifier with a whole new range of possibilities that they can consider as a means to achieve their creative goals. There is a huge demand for the skills of a brick mason that can replicate the standard of detail and workmanship specific to this project. Unfortunately, as a result of an ageing workforce and low intake of new tradespeople, they are in short supply and come at a premium. The construction industry has had to evolve and adapt to find a solution to this problem, in addition to having to rethink its approach about the way we build. All these issues can be addressed and remedied by introducing off-site/premanufactured innovations that remove key elements off the critical path and in so doing deliver sustainable solutions in an on-time/just-in time basis.In most circumstances the go to solution would be to utilise traditional precast concrete, however using Brick Faced GRC provides significant savings in weight and use of raw material, which in turn can lead to further added benefits in both the extent of groundworks and design of the structural frame.  For Borough Yards London project, the challenge to fabricate masonry elements that include intricate features such as faceted columns utilising cant bricks, splayed sawtooth pattern beams with brick soffit returns, the term masonry cladding falls short in identifying what has been achieved on this project - this is façade engineering of an exceptional standard. Proof indeed of the opportunities Brick Faced GRC provides, not just for contemporary architectural styles, but also as a means to maintain and preserve a part of London’s Victorian Heritage.  Client: MB Bermondsey LtdMain Contractor: Wates ConstructionInstaller: LesteroseEngineer: EvolveArchitects: SPPARC ArchitectureScope of Work: 776m2 Brick Faced GRC Grade 18P  

Opened in September 2014, Solent Enterprise Zone is home to Fareham College’s Centre of Excellence for Engineering, Manufacturing and Advanced Skills Technology (CEMAST) providing training opportunities for 900 students. It also includes the new Fareham innovation centre providing small workshops and office space for start-up and micro businesses on easy-in, easy-out terms.Around this innovative new build, creative use of hard landscaping was required to enhance the site, to develop and identify areas within the perimeter for pedestrian use, to contribute to safety underfoot on flights of steps and around the bicycle shelter areas as well as providing sustainable urban drainage solutions (SuDS) for the approach to the site and within the car park.In the showpiece location at the approach to the college and inside the grounds around the planted beds and seating areas, Pallas and La Linia block paving have been installed. These elegant, high performance combined concrete block and paving ranges use high quality exposed aggregates across Client: Fareham College Contractor: Woodman Civil Engineering & Leadbitter Construction Products Used: Pallas & La Linia Block Paving, Priora Permeable Block Paving, Tegula Block Paving, Keyblok Block Paving, Saxon Paving and Conservation Kerb a broad range of integrated plan sizes to create striking visual effects. La Linia is a subtly textured paving range ideal for pedestrian areas in contemporary civic and retail schemes which is also suitable for occasional vehicular overrun. Pallas successfully combines vivid colour with a highly polished texture designed to accent contemporary architecture and enhance landscapes with a modern feel. Also on the approach to the college and around the bicycle shelters, Marshalls Saxon Textured Flag Paving has been specified. Saxon is blended with a hard Yorkstone aggregate to deliver a unique surface finish, whilst the consistency of the textured surface ensures superb durability and non-slip properties. This paving has also been installed on flights of steps within the development, incorporating tactile flags at the top and the base of the steps together with visibility strips for safety and performance. In areas around the car park, Marshalls Priora has been selected. Priora is Marshalls’ original Concrete Block Permeable Paving (CBPP) system, combining the ever popular aesthetics of Keyblok block paving with a sourcecontrol sustainable urban drainage system (SuDS). Priora brings together excellent aesthetics and flood risk mitigation, removing surface water without the need for additional linear drainage systems.Hard landscaping at Fareham College has successfully enhanced the areas surrounding the buildings as well as contributing towards improving aesthetics within the college grounds and promoting pedestrian safety. Use of Priora within the car parking areas has ensured compliance with local building regulations in terms of the installation of naturally permeable surfaces.

Internally and externally waterproofing the below-ground developments of the extended Christian Dior store on New Bond Street, with Newton 403 HydroBond, Newton 107F and Newton System 500.New Bond Street has been one of the most prestigious retail streets in London since it’s 18th Century beginnings, and in 2011 was named as the second most expensive retail street in Europe after the Champs-Élysées in Paris. The Christian Dior name has also been synonymous with haute couture and luxury retail since its own inception in 1947.This project required both the internal and external waterproofing of the extended basement area of Christian Dior’s flagship London store. A significant extension of the existing floor space on this stretch of famous London road, the extensive basement area will be used as stock rooms, changing rooms, and staff and shop floor areas. It was therefore a crucial requirement to achieve a completely dry internal space.The property line construction between two existing buildings meant that there was a requirement for waterproofing both new and existing structural elements, including pile caps, underpinning, a new reinforced concrete slab, existing foundations, and also existing vaulted areas at the front of the building which extend below New Bond Street.Because a completely dry internal environment was required, (defined as Grade 3 by the BS 8102:2009 Code of Practice for The Protection of Below Ground Structures From Water From The Ground) the proposal put forward by design specialists G05, in consultation with Newton, was a combination of Type A and Type C waterproofing systems. Due to the fact that the build was between the flank walls of two existing structures, the Type A system comprised of a combination of the hydrophilic, fully-bonded Newton 403 Hydrobond membrane pre-applied below the new concrete slab, and was linked to the cementitious, flexible Newton 107F membrane, which was applied to the internal faces of the walls and the prepared internal areas of the vaults.Following the application of the Type A system, a Newton System 500 Cavity Drain membrane system (Type C) was applied to the internal wall and floor areas by Newton Specialist Basement Contractor Advanced Preservations Ltd, who also guaranteed the work. The system included perimeter drainage using Newton Basedrain, and two Newton Titan-Pro pumping systems. The under-pavement vaults were lined internally with the Newton 500 system.Not only was continuity achieved with the waterproofing systems across numerous below-ground building mediums and scenarios, but the waterproofing system also conformed to the recommendations of BS 8102:2009 for combined waterproofing protection, where even the slightest form of water ingress is unacceptable.The internal areas were also successful in achieving an environmental Grade 3 with regard to their degree of water tightness, meaning that they will be suitably fit for purpose and use by both Christian Dior’s staff and customers.

The MultiFence PAS 68 can stop a 7.5-tonne truck at both 30mph and 40mph. It has been designed to mitigate the security risks at all sites of critical importance, using leading industry technologies to combat attacks by vehicles.It combines the attributes of our standard system with additional testing to ensure it meets the stringent quality standards relating to vehicle restraint systems of BS EN 1317 Part 2. It can be used on both soft and hard ground.Featuring TVCB blocks approved by the Highways Agency for use, it is ideal for security applications at major events, as below-ground foundations are not required.Our RDS PAS68 crash fence system consists of panels and posts installed and removed within minutes. The system uses an RDS block with the appropriate post arrangement. Our RDS PAS68 fence system has been crash-tested and rated to BSI PAS68:2010 standard. This means it can stop 2.5-tonne and 7.5-tonne vehicles.The system provides the product attributes normally only found in permanent installations. In addition, its simple deployment means the on-site disruption usually associated with installing and removing a fence line is kept to a minimum.Zaun also supplied our HiSec 358 anti-climb mesh fencing to combat the issue of intruders being able to scale the fence.InnovationCPNI and the Government were concerned about the threat of a ladder or other climbing aids used to lean against CCTV columns, making it easier to scale the fencing and gain entry into the secure area.Zaun’s solution was to create a number seven style CCTV column and base, which is completely self-supported and mobile and sits back from the fence line. Zaun’s design team created an innovative CCTV column featuring a unique number seven shape. This design meant the CCTV column would project over and outside the fence line, providing excellent visibility and obliterating the external climbing aid threat. The column was constructed from a custom-rolled, lightweight profile; it was also very easily installed on-site. The unique design also included a concrete base comprising a folded steel shell filled with concrete poured on-site. It incorporated forklift holes, ensuring the base is mobile and relocatable easily using a forklift or Moffatt on site.At the top of the base, a fixing system was designed, which allowed the columns to be attached and pivoted and then subsequently raised into the upright position with ease. This system allowed the CCTV installers to mount their cameras and other equipment to the top of the column at ground level before raising the column into place and negates the need for Mobile Elevating Work Platforms or MEWP’s.Zaun designed and manufactured more than 700 CCTV columns and bases to be used at the Commonwealth Games and are deployable for other events.

Soundsure 560 was laid over concrete blocks (1350 kg/m3 from Lynx Precast), installed as an acoustic resilient layer below insulation, underfloor heating pipework and 75mm sand / cement screed. Installed in first floor areas of all 8 houses. Soundsure 560 was overlaid with 30mm insulation, a waterproof membrane, and underfloor heating pipes clipped into place. A 75mm sand / cement screed was then laid above. Soundsure 560 was lapped up all perimeter edges, ensuring that the insulation and screed were isolated from the main structure, providing maximum acoustic performanceBenefits of Soundsure 560 • Cost-effective acoustic solution for use with all types of floor screeds. • Exceeds the performance standards required in the UK building regulations for sound insulation. • Ideal for use in New Build Houses, as well as Apartments and Hotels, where acoustic insulation is required. • Excellent acoustic performance from Soundsure 560 – gives 24 dB impact sound improvement when used below 75mm sand / cement screed. • Quick and easy to install without any need for perimeter edge strips. • Provides long-lasting durability and high levels of acoustic performance. • Can be used as an alternative to Robust Details. • Made from recycled rubber crumb.

St Michael’s Catholic Church is a mid 19th Century church in Brecon, Powys. It is one of the most historic churches in Diocese of Menevia.Bryan Roe, Senior Sales Executive of KEIM Mineral Paints, was contacted by the decorator, Mike Curry of Phillips & Curry to visit the Grade II listed church.The architect, Bonnie Kitching of Hummingbird Architecture Limited and Mike Curry had used KEIM previously on other projects and were delighted with the results. Bonnie, in particular, was looking for a paint system that offered breathability so specified KEIM on this project.There were a multitude of coats of various paint systems, including limewash, covering the lime plaster and concrete surfaces.KEIM recommended removing all existing coatings, as there was moisture entrapment, to obtain breathability of the KEIM products. Once all surfaces were dry and moisture readings were below 18%, KEIM Granital Dilution was used to treat the areas of lime which were chalky and powdery.KEIM Dolomitspachtel, a mineral filler, was then applied as a skim coat on some areas to equalise textural difference on the surface and defects.KEIM Optil White was the required system due to its endless benefits, including breathability, durability and longevity. The white makes the interior church look pristine and will continue to do so for many years to come.

Owner: Aberdeen Asset Management Principal Contractor: Cemplas Waterproofing & Concrete Repairs Ltd Main Products Used: EMSEAL SJS systemCemplas has recently completed repair works at the Elmsleigh Shopping Centre in Staines, which included the replacement of deteriorated and failing mechanical movement joints in the service decks. The Centre’s retail units are supplied via ramps to these service decks, which carry the delivery traffic above the stores, plus the decks are also used for car parking, meaning that in addition to being fully exposed to weathering, they are subject to almost continuous dynamic loading from traffic up to and including heavy articulated HGV’s. Unfortunately, despite past attempts at repair and resealing, there had continued to be water ingress through these joints, both into the structure and into the retail units that are directly below, resulting in disruption, damage and cost for everyone involved. The innovative Emseal SJS system that includes integral cover plates, but with no mechanical fixings required, was selected by the Project Engineers as being ideal to accommodate the necessary movement, seal the joints and withstand the traffic loadings. Additionally, as access was only required from the top deck to install the Emseal SJS System, Cemplas was able to carry out the works quickly and keep disruption to an absolute minimum.

REQUIREMENT: Compliant ramped access to the recently built outdoor classroom. END RESULT:The ground in the front of the entrance is split between tarmac and a barked area. The tarmac is slightly higher and solid, whereas the barked area is a soft surface. Due to this, weed membrane was rolled over the barked area, and the ramp feet on that side were fixed to concrete slabs.All legs were adjusted accordingly to achieve a level walkway with a compliant gradient of 1:15.The ramp fully complies with Document K and M of the Building Regulations.FEATURES INCLUDED: Infill Handrail - this product prevents users from climbing or falling through gaps.Telescopic Legs - these can be adjusted to accommodate different threshold heights.Yellow Tread - this is a safety feature designed to help those with impaired vision identify the nose of the ramp and any level changes.Trombone Ends - these are added to the ends of a Rapid Ramp to prevent clothes catching.Mesh Platform - the self-draining mesh allows water to pass through rather than collect on the surface.1100mm High Rail – these handrails attach to any level sections.Continuous Handrail - this handrail system ensures users always have support to hold onto.Standard colour: Black - Ramps are powder coated black to create a durable finish that is tougher than conventional paint.

Tower Hamlets, LondonFunctional public spaceStreet furniture | Street seating | VADForty-two Townscape Half Penny Bollards were used to create a functional public space in Tower Hamlets.Used as a community outdoor space, Oval Space is a multi-purpose venue with over 5,000 square feet of unobstructed statement space, in a unique London setting.The location is adjacent to the iconic Bethnal Green gasholders, Oval Space is used for all kinds of events from corporate functions to product launches and fashion shows through to small and large-scale stills, TV and film shoots.Half Penny Concrete Bollards are a below ground fix and are available in the following colours:Smooth Prestige Mixes:White PP09, Black PP32, Yorkstone PP02, Cloburn Red PP48 and Grey PP08 Exposed.Natural Aggregate Mixes:Natural Round, Ballidon, Mountsorrel, Criggion, Cleehill, Cloburn Red, Harvest Gold, Cornish, Red Aberdeen.See full product infoDownload the datasheetThe architectural team was led by Abhinav Kurup from London Borough of Tower Hamlets, while the Constructor was JB Riney.For more details of how we can help with your own public space requirements, please get in touch.

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.

A.J Wells manufactured and installed over 600 square metres of vitreous enamel cladding panels for the fourth floor of world renowned department store Harrods.The Knightsbridge store unveiled the new section in November 2013 as part of a £200m makeover. In a radical overhaul the Way In fashion section was converted into a 30,000 square foot “Fashion Lab” with cast concrete floors, crackle-glazed wall panels, steel columns and a metal grid ceiling system. The department houses an array of contemporary brands aimed at the younger market.Working with Found Associates, A.J Wells designed and manufactured the wall panels and the framing system. Vitreous enamel was specified for its durability, low maintenance and luxurious surface finish. A unique satin enamel finish was used with a subtle crackle glaze effect. The panels wrapped the walls of the store and formed counters and cash desk bulkheads. The cladding also extended into a café area within the store.The cutting edge scheme, designed by Found Associates, was deliberately minimal with uniform fixtures and fittings and plain enamel walls to counter the confusion often associated with concessions within department stores.KEY FEATURES:• Satin crackle glaze vitreous enamel• Wall cladding• Counter frontage and bulkheadsA.J WELLS SERVICES:• Design & development• Manufacture• Framing• Project management• Installation

We were recently approached by Lanark Golf Club to help with creating a playable pathway directly in front of the 18th green.The existing pathway, which was finished with a rubber topped concrete tile, was causing several problems. Shots were regularly landing directly on the path and the impact was too severe causing the ball often to bounce unfairly through the green. Also the smooth surface on the existing tiles was causing balls to run excessively to the left of the green following the natural slope of the path. Lastly the existing path was not particularly suitable to play shots off or to run balls across.We worked together to identify the 45mm thick Grassflex Play tiles as a suitable replacement. Testing indicated that the impact of the ball landing directly on the tile was far more comparable to turf than the previous solution, this was due to a combination of natural compression offered by the 45mm thick rubber and the drainage channels underside offering further absorption through the air pockets created. The top surface of the Grassflex Play tile also improved the absorption as well as providing a suitable surface to play a chip shot from and to roll a ball across, the grain of the grass also removed the issue of the ball running excessively to the left.Feedback on the job has been very positive and most importantly it looks good!

PROJECT CONTRACTOR: Electra-B.S.T Registered Partnership/HAGIVAY.H. LTD PROJECT MANAGER: Electra-B.S.T: Silvivan ChachmoPROJECT ENGINEER: Electra-B.S. T: Offer Luzon / HAGIVA Y.H.: Priel LewMARKET/ENVIRONMENT: InfrastructureSUBSTRATE: Steel/ConcretePRODUCTS USED: Five Star® Fluid Grout 100 and Five Star® GroutPROJECT SIZE: Five Star Fluid Grout 100: 30,000 Kg / Five Star® Grout: 55,000 KgTHE CHALLENGETo construct an environmentally friendly, covered, 30,000-seat stadium in Israel's largest city of Haifa for the convenience of spectators, players, and judges. As such, two of the country's predominant construction entities were selected. A partnership was formed between Electra BST Registered Partnership and constructor Yossi Shiran, the largest engineering company in Israel, to complete this 80-million-dollar stadium over the course of five years.THE SOLUTIONFive Star® Fluid Grout 100 and Five Star Grout enabled contractors to create a unique stadium that is both meticulous and intentional in catering to the convenience of its visitors and players. Five Star's industry-leading cement-based, non-metallic, non-shrink Fluid Grout 100 and Five Star Grout were integral to the stadium's construction.

Precision micro, a UK based manufacturer of precision metal components for the automotive, aerospace and pharmaceutical industries were investing in a refurbishment of their photochemical etching facilities. The state of the art facility required a highly chemically resistant easy to clean floor finish. Various existing substrates needed to be pulled together to create one seamless finish with an integrated cove. Due to the chemicals utilised in the area, there is a risk of airborne corrosives attacking the metal ceilings, so an acid resistant protective coating was also required overhead.After extensive trials and chemical exposure testing, Remmers resin systems were selected for the works. For the ceiling, Epoxy BS3000 SG provided chemical protection to the galvanised steel surface and exhibited excellent adhesive properties after the steel was prepared using an ice blasting process. The floors were a mixture of existing resin finishes, new concrete and Polypropylene drain covers. A selection of priming solutions for the different areas were utilised including, Epoxy ST100, Epoxy MT100 and Epoxy BS3000 SG. Then topped with Epoxy Flex PH laid at 2mm and sealed with PUR Top M+. Integral coved skirting was installed to all perimeters, 100mm high.Want to know more? Click here and read the details on our website.

St Peters Street landscapingStreet furniture | landscape seatingUnity RangeLocation: IpswichSt Peters street in Ipswich has recently been landscaped as part of the latest phase of the ‘Greener Ipswich Project.’ This renovation has aided the kickstart of green spaces across the town as well as helping to create a lively atmosphere for the public.A range of concrete seating and planters were installed here beside the bronze statue of Cardinal Thomas Wolsey, which is situated in Ipswich town centre, Suffolk. The Townscape Unity range is designed to enhance and transform any urban space while maintaining functionality. The seating and planters are robust yet easy to move if or when necessary. The products used here were the Unity 1250 seat with deck top and the Unity 1250 planter in a Yorkstone buff finish.The landscaping upgrade was prepared as part of the Towns preparation for The Coronation of King Charles III and Queen Camilla. The main theme is based on the idea of Tudor plants, particularly those with medicinal properties. Tudor gardens were designed to provide food, medicine, and a place to relax and enjoy the outdoors. The herbs that have been planted near the Wolsey statue are some of the medieval healing herbs thought to have beneficial properties for the lungs, heart, digestion, and headache.

Britannia Leisure Centre is a new multi-sport community complex in Hackney. A key driver for the client was that the building should have a compact footprint. This was achieved by stacking the facilities, creating a rooftop MUGA with tennis courts and 5-a-side football pitches.Lang+Fulton supplied the external grating panels which crown the building and offer panoramic views of London. These were made from their Terra-34 grating which features an anti-climb aperture. The narrow panels were designed to continue the architectural theme of the building’s columns and vertical elements and were finished in a graphite grey ppc to compliment the neutral palette of stone, concrete and glass.In addition a grating screen was supplied to secure the upper levels of the stairway providing natural daylight and through visibility to the entrance atrium and cafe area.The steel grating also conformed to the requirement for material durability and low maintenance which were key specification considerations.Philip Glanville, Mayor of Hackney has written, 'I am so proud that we have delivered one of London’s best leisure centres, with absolutely incredible facilities that are affordable for people to enjoy'.The Britannia Leisure Centre has received multiple awards including Overall Building of the Year (New London Architecture).

The new £18.9 million Wallyford Primary School opened in February 2019.The school is the first of two to be built in the Wallyford area amidst the construction of 2,050 new houses in the area.Broxap were chosen to supply all external street furniture, cycle shelters and a Keep It Kool canopy.Products included a series of ‘Fallowfield‘ concrete seats which were dressed in Grey BG01 Dressed finish. FSC certified Hardwood Timber planters.Cycle parking is facilitated via Broxap’s Cambridge Junior Shelters with Sheffield Stands beneath.A waterproof Keep it Kool Shade Cairns sail was provided with a Moss Green coloured fabric. This was positioned above a bespoke steel framed bench featuring FSC hardwood Radial Slats, planed and sanded.Also provided in areas around the school were a series of Broxap Synergy 200 MDPE Recycle Bins with general waste and plastic bottles and cans indicators on alternate sides.Roddy Clark, project director for hub South East said, “We’ve delivered a first-class facility for pupils and staff alongside a range of benefits for the wider community. A great deal of work has gone into the design and construction of the new school and the feedback received so far has been extremely positive.”

Winner of the MIPM 2010 award for Hotels and Tourism, which is presented for outstanding real state projects worldwide, the Kameha Grand was designed by architect Karl-Heinz Schommer Bonner. The unique elliptical section design did however make serious demands on the requirement for protection against thermal bridging. The architect discussed the issue with Schöck, the European specialists in thermal bridging solutions and it was agreed that a combination of three product variants would meet the requirement.The outer concrete arches on the roof and facade of the building cantilever 1.30 m on each side and this, combined with the subtle design of the facade, meant that it was not possible to use a standard thermal break solution. To minimise any thermal bridging problems along the two outer arcs an inventive solution had to be found by the Schöck design team. This was achieved by dividing the projecting element of the framework into a number of sections and using the appropriate Isokorb® T for the required forces. At the ground floor Isokorb® T type Q is used, with T type D being installed higher up the structure, followed by T type K on the top floor. Because of the arch profile, the Isokorb® T type D was cut and installed at 90 degrees and run under the curved edge of the roof emergency exits, providing F90 fire protection.

DECORATIVE RESIN BOUND PAVING DESIGN FOR LUXURY APARTMENTS IN KENTAddagrip approved contractor Total Protection GB Ltd was appointed by the Kingston Landscape Group to carry out an intricate circular surfacing design for the courtyard of an £11 million residential development in Sevenoaks, Kent.Tubs Hill House, a Prime Place development of a former office block into luxury apartments, required a high quality, decorative surfacing feature for the split level courtyard gardens, built above an existing concrete slab car park. The circular design required two contrasting colours of BBA approved Addaset Resin Bound porous surfacing created with the help of a formable edge for both the courtyard and podium area.SURFACING REQUIREMENTThe surface needed to be decorative and hard wearing to offer a durable high quality finish for the luxury apartment development. BBA approved resin bound porous surfacing was selected. A total of area of 111m2 of Addaset was installed using 3mm Lucerne Silver and 3mm Dorset Gold blends to provide a low maintenance pedestrian surface with good slip resistance for this eye catching organic design. The aluminium flexible edging strips were used to create the circular design and form a solid divide between the two resin bound colours used for this pattern.