"hot water and oil filled radiators and fittings"

d² Dura Grating Mini Mesh, Dura Profile & Dura Platform 40 | Case StudyDura Composites was engaged by Premier Marinas to work with their engineering company to produce a composite floor structure around their travel hoist supported by large 305mm GRP Dura Profile beams between 6-10m in length. The team chose the GRP material over steel due to its superior performance in corrosive salt-water environments. Unique in the market, Dura Profiles exceed the higher performance E23 grade requirement of the BS EN 13706 standard.Also central to the efficient operation of the washdown and hoist are Dura Grating and Dura Platform 40 flooring made from moulded and pultruded high-performance GRP panels which are unique in design to Dura. The open mesh section utilises 55mm d2 Dura Grating Mini Mesh in dark grey, which facilitates drainage whilst maintaining strength and unrivalled anti-slip properties. The solid surface sections were created using patented d2 Dura Platform 40, which are crankable to create an in-built fall to aid water runoff.

Hammerson House will be a world-class, 116-bed residential centre for the elderly Jewish Community in Hampstead. Newton Specialist Contractor Cast Contracting Ltd (CCL) were approached during the planning stages to develop a comprehensive waterproofing solution for the extensive basement.CCL recommended the installation of a Newton CDM water management system to comprehensively waterproof the extensive basement. First, they employed the 8mm Newton 508 membrane to the concrete retaining walls of the basement. The 50mm thick Fibran XPS 500-C insulation was then installed beneath more 508 membrane across the entire concrete slab. Additionally, Basedrain drainage channel was installed around the perimeter, including inspection ports to provide a fully maintainable system.This entire system is served by a series of complete sump and pump systems, each consisting of primary and backup NP400 pumps, high water level alarms, and battery backup systems. These are all controlled by Newton’s advanced Control Panel-Pro to ensure a failsafe system, even during a power outage.Finally, Newton’s 107F cementitious waterproof membrane was spray applied to the concrete upstands of the lightwells and lift pits in order to complete the continuous watertight solution.

The Host Helix building, also known as the “Helter-Skelter,” was a unique and striking structure built in 2011 with stunning views of North London and Wembley Stadium. Over time, the building experienced general wear and tear and water began to enter the buildings’ complex structure.Polyroof Products were called in to consult with the clients and offer a seamless, encapsulated solution that could address the many unusual details associated with the building’s design.The SolutionA full survey of the roof terrace areas was conducted by the Polyroof Technical Services, after which a bespoke specification was produced for the works. The proposal document detailed a comprehensive set of recommendations for producing a seamless solution to encapsulate the problematic roof, therefore solving the issues that had arisen over the years due to its condition and age, as well as the issues associated with the original design of the pitched, curved roof.Polyroof SA Carrier Layer was then applied over the cement particle boards with Polyroof pre-formed GRP Drip Trims fixed to the external edge. For continuity and to create a uniform finish, the SA Carrier Layer was extended onto the main roof sections as a substrate for the Protec system.Any details requiring local reinforcement were treated with Protec Resin and 75mm wide Polymat 450. The curing process was allowed to take place. To accommodate structural expansion / contraction movements at appropriate details, 25mm disbondment tape was installed prior to local reinforcements.The first coat of Protec Resin and Polymat 450 was applied at a minimum coverage rate of 1.3 – 1.5Litres/m² (0.66 – 0.77m²/Litre) and was allowed to cure. To complete the system, a second coat of Protec Resin was applied at a minimum coverage rate of 0.5Litres/m² (2.0m²/Litre) and was allowed to cure.ComplexitySuch an iconic building in the local community, the client wanted to protect the original aspects of the building to the fullest extent, so the Protec system installed at the perimeter was color-matched to the original blue and grey colours. This was achieved by blending pigments until they matched the desired colors, in turn the pigment was then blended into the Protec resin before application. The survey revealed concerns about the original building designs from 2011 and the roof’s drainage system. Due to the roof’s pitch, rainwater was cascading down the curved slopes at high velocity and causing water to bounce into the building under the original capping.After many discussions between the main contractor and Polyroof, as well as the provider of the external cladding, it was agreed that the perimeter detail needed to be encapsulated with the new waterproofing system to prevent further water ingress. Fire-retardant cement particle boards were fixed to the internal and top faces of the external parapet walls, and the Polyroof SA Carrier Layer was applied over them with Polyroof pre-formed GRP Drip Trims fixed to the external edge.The Protec System was then applied to encapsulate the entire parapet detail, meaning its waterproof integrity would be covered under the Polyroof Guarantee. The curvature of the building added complexity to this process, and the contractor took great care in cutting the trims to size and fixing them to the external edge to ensure they followed the profile of the structure. Due to the building’s height, all the trims were face-fixed to prevent wind uplift.WorkmanshipIn order to improve drainage and prevent water from accumulating in hotspot areas of the roof, the contractors were instructed to install new internal curved gutter channels at the point where the roof and building met. These channels were designed to have a sufficient height and angle to effectively direct rainwater towards the outlets, preventing water from pooling on the roof. However, the installation process was made more complex due to the curved nature of the building’s architecture, which required careful measurement and customization of the gutter channels to fit the unique shape of the building.Additionally, the contractors had to consider the many joins of the gutters and how they would hold up to the elements over time as the building structure expands, contracts and moves. Extra steps were taken to ensure the gutters liquid membrane was properly sealed and secured to prevent leaks.The contractors were instructed to repair all protrusion and mansafe post details as necessary in order to allow the Protec System to be installed to a minimum height of 150mm, and to terminate it underneath a suitable weathering flange or jubilee clip. In addition, all right angles were to be reinforced with double taping. Any protrusions that were liable to significant movement was required to have disbondment i.e., bond break, tape applied to it to stop the external coating from stressing on expansion. Furthermore, all pipes were to be abraded, solvent wiped, and where necessary, primed in accordance with the Polyroof coatings manual. A flashing detail was also to be created with a weathering flange or seal.All outlets were inspected to ensure that they were functioning properly. Any outlets that were deemed unsuitable were replaced with new ones. The outlets were cleaned, prepared, and primed as necessary. The Protec system was then dressed into the outlets as far as was practical. The inspection and replacement of the outlets and the preparation of the Protec system helped to ensure that the drainage system functioned effectively.ConclusionThe refurbishment of the roof was completed within the client’s target timeframe and budget. Following a final inspection by Polyroof Technical Services, which highlighted quality workmanship of Tower Asphalt Ltd, the client received Polyroof’s trusted Accredited System Guarantee and now has the peace of mind the roof will be leak-free for decades to come.

Equestrian stable constructed of Eternit FarmTec fibre cement profiled sheeting and fittings in Natural Grey.

Cereal shed constructed of Eternit's FarmTec fibre cement profiled sheeting and fittings in Natural Grey.

Dairy shed constructed of Eternit FarmTec fibre cement profiled sheeting and fittings in colour Black.

Architect: Beyer Blinder Belle Architects Contractor: Turner Construction The Facility: World Trade Center - Towers 3 & 4 Inpro® Products Used: A total of 365 linear meters of standard Fireline 520® fire blanket in top-mount configuration. Joint widths varied from 76mm-609mm. Water Guard®blankets in bottom-mount and wall-to-wall mounts were also installed. 

For the redevelopment of a former builder’s yard in Greenwich into a new build block of live-work units and residential flats, the developers were looking for a roof system which would offer long term waterproofing integrity, exceptional green credentials and enhanced aesthetics. The proposed green roof system would also reduce water run-off, create a wildlife habitat and help towards securing Code for Sustainable Homes Level 4.

It is very important for places like hospitals to keep their hygiene levels really high and therefore, our 5-stage filtration Fibredyne™ technology played a crucial role when HCA were choosing a water system.The aim of this project was to find a complementary product to their coffee machine that is small in size, saves energy and gives their patients a whole new experience. Billi was pleased to be able to deliver on all HCA’s requirements.

Multi V+ drainage channels have been installed in the outside area of the Jaguar car dealership.These channels with V-shape section, provide a higher speed with lower flows, and have been developed to drain water faster, improving the self-cleaning effect of the channel. Its optimized cross section, larger than the traditional V-sections currently available on the market, provides bigger hydraulic capacity for extreme flow situations. 

Gradus' Stratus carpet in Flint (grey) was installed in all of the school classrooms. The carpet forms a clean, blank canvas for the bright accent colours of the furniture and fittings.Primary barrier matting from the Esplanade range was installed to the main entrance and all side entrances reducing the amount of tracked-in dirt and moisture.ADM1 aluminium stair edgings with Jet (black) slip-resistant inserts were fitted to all staircases defining the step and helping to ensure the safety of all users circulating between floors.

This study aimed to compare levels of bacterial contamination isolated from surfaces in a busy kitchen situated in a UK care home. The study’s main objective was to compare bacterial contamination on the antimicrobial wall cladding with other surfaces in the kitchen. The care home kitchen had been fitted with BioClad PVC wall cladding at the time of construction in 2011. All walls in the rectangular-shaped room were fitted with BioClad from ceiling to floor. The antimicrobial performance of the wall cladding was to be appraised according to the findings of the study.

As part of the renovation of this famous old institution, the gutters needed protection from foot traffic. The old system was unsightly and had left rust stains throughout the extensive network of guttering.DukMat could be rolled into place and easily cut to fit the varying width and protrusions, saving time and minimising joins. The result is a clean, neat and hardwearing solution fit for this grand landmark building."It's a good product, easy to install...takes the incongruities out of the gutter"Heine Vasson - Project Manager at Richardson Roofing

A lot of DucoGrille Classic G50 High Performance louvre grilles can be found in the new Tottenham Hotspur FC Football stadium, North London. Energy Design Solutions fabricated, supplied and fitted this project. The DucoGrille Classic 50HP has been developed especially for intensive ventilation. The uniquely shaped ‘High Performance’ louvre blade with a low resistance factor ensures excellent airflow. All types are manufactured from extruded aluminium sections. Insect mesh is fitted as standard.

The elliptical louvre blades on the DucoSun Ellips 150 that are incorporated in the construction as a terrace cover, fulfil both a functional and an aesthetic role. "This type of solar shading system with its elegantly shaped blades, minimalist fixings, simple fitting system and the way that the shade tapers at off at the end with the inclination angle of the blades, fits seamlessly into Livingstone's architectural concept", states Archi 2000. "In addition the light grey of the DucoSun Ellips 150 reflects the light perfectly so that the blades blend in beautifully with the sky."

Manufactured from light-weight, durable aluminium components, the Ecco concertina loft ladder is easy to operate yet still offers excellent performance. Capable of supporting loads of 150 kg per step, it is also tested to EN 14975 (DN 4570). It is supplied as a ready to fit unit for ceiling apertures as small as 800mm long by 550mm wide. Furthermore, the ladder is fitted within an insulated and airtight wooden hatch box. Technical drawing NBS Specification and BIM object available.

Through a collaborative effort with Ashe Construction, Team BOYCO successfully undertook the transformation of classroom areas.Project ScopeNestled in the heart of Bishop’s Stortford, Avanti Brook Primary School is dedicated to providing students with a holistic and challenging learning experience. Recognised for its commitment to educational excellence, the school endeavors to cultivate a nurturing learning environment. In pursuit of this commitment, Avanti Brook sought to enhance its classrooms.Through a collaborative effort with Ashe Construction, Team BOYCO successfully undertook the transformation of a classroom area, crafting a space that seamlessly blends comfort with functionality for the benefit of students. The BOYCO WayBackgroundThe furniture was crafted to cater to 30 students, featuring a lower split-level sink for accessibility. Storeroom shelving was also installed, increasing classroom storage space and provide teaching staff with the space to create an organised and efficient learning environment. This has allowed for quick access to learning materials, and teaching essentials that need to be kept close to hand.Our dedicated in-house design and project management teams collaborated closely with architects to grasp the specifics of the client's requirements, ensuring the final product seamlessly complemented the school's overall aesthetic.The selection of our bespoke Peg Rails, Benching, and Sink Areas were chosen due to the Primary Schools requirement for a practical, everyday solution. The ranges selected also provide comfort and functionality for pupils, making them perfect for the classroom environment.Following a joint approach between BOYCO's project management team and Ashe Construction, along with our competitive pricing, the project was successfully fitted and completed within a 2-week timeframe.Quality Bespoke ProductsThe spaces that house the Split Height sink area and Cloakroom Benches were anticipated to be frequently used by students, so it was important for us to place a high emphasis on both durability and hygiene.As per the BOYCO standard, our timber is twice coated with our anti-microbial lacquer designed to prevent the spread of 99% of known bacteria, contributing towards a clean and safe learning environment.Additionally, all our metal work is coated in our 'Hot Dip’ Nylon, offering an unparalleled abrasion resistance that surpasses powder-coated paint alternatives by 500X. This robust solution ensures a long-lasting and aesthetically pleasing product, contributing to the overall visuals of Avanti Brook Primary School. Project SuccessThis project with Ashe Construction resulted in the client expressing full satisfaction with the product, followed by positive feedback.Team BOYCO are proud to have contributed to the delivery of this excellent project and are thrilled to have transformed learning spaces for pupils at Avanti Brook.

After securing funding via the CIF application, Knighton Fields Primary Academy was able to address some of the long-term issues they had in relation their roof, which was beginning to show signs of wear.ChallengesThe existing waterproofing had been suffering with significant amounts of standing water, water ingress, structural deck failure (localised), poor thermal insulation, and several tired old and dilapidated lantern roof lights. All roof areas needed to be inspected and level surveyed and, in one localized area, the existing waterproofing and deck had to be entirely stripped and removed owing to significant deflection and fear of collapse. The works needed to progress swiftly so as to provide minimal disruption to the school environment.SolutionsAfter inspection, proposals were put forward for a tapered insulation overlay where deemed necessary, to help improve falls to existing outlets and rid the problem of standing water. In most instances, the existing roof covering was simply overlaid and formed part of the new Air and Vapour Control Layer (AVCL) before a new Hytherm ADH flat/tapered insulation board and two-layer fully adhered Excel RBM system was installed over this. On the area where the existing waterproofing had been stripped, the deck was replaced (to falls), a new AVCL installed and the same Excel warm roof system was carried through to complete these areas.Works progressed throughout the summer holidays to avoid any disruption to the school or pupils. NFRC Safe2Torch principles were observed, prescribed and employed as part of the scope of works. An Insurance backed Guarantee covering design, materials and workmanship was issued upon practical completion of the works and following successful sign off from the Axter in-house QA team (who monitored the procession of works from start to finish) to the client, indemnifying their risk and protecting the building and its occupants for a period of 25 years.Systems in useExcel®

BackgroundFor the perfect example of architectural excellence which not only delivered an impressive aesthetic, significant environmental benefits, and a more robust structural foundation, but also improved thermal performance, look no further than the eight-storey, three-building Building Safety Fund (BSF) project Devonshire Mansions.Situated in beautiful Eastbourne on the south-east coast of England, Devonshire Mansions were an extremely attractive choice for those wanting stunning sea views and some peace and privacy. However, due to their location in a high exposure area, the buildings were aged and weather-beaten, and required a full overhaul and refurbishment to modernise, align with current safety regulations for high rise buildings, and strengthen the buildings at their core whilst rejuvenating the exterior.Understanding and appreciating K System’s renowned ability for outstanding refurbishment projects, Pavehall contracted K Systems to completely refurbish this residential development and deliver on the following four primary objectives:- Remediate unsafe cladding- Improve the thermal performance rating of each home- Update and seamlessly replicate existing façade features- Deliver a solution with acoustic benefitsOur ServiceIn collaboration with Archiflair Design, Pavehall, and Fullers Plastering, K Systems delivered an industry-leading, insulated façade solution that fulfilled the desired criteria, achieved a U-value of 0.26 W/m²K and resulted in an outstanding architectural structure.The commitment of K Systems team, their continuous communication, in-depth level of reporting, and consistent presence on site not only ensured a perfect refurbishment, but also instilled 100% confidence in the supply chain throughout, showing exemplary levels of customer service.This project is a great example of how K Systems overcame various construction challenges to deliver within the agreed time constraints.The make-up of the façade had multiple protrusions in forms of balconies meaning that every sheathing and insulation board had to be cut to fit. Replicating this without compromising on the strict site deadlines was a challenge but under the great install team and K Systems’ expertise and onsite presence, this was achieved.Additionally, Devonshire Mansions had a problematic substrate and challenging aesthetic deliverables. Working closely with all partners, and utilising digital technology, K Systems mapped out the refurbishment and specified the ideal solution to Pavehall for implementation.Technical Project DetailsAfter a comprehensive scoping process, K Systems discovered that the existing system had a drained cavity build up and when removed, the sheathing boards were compromised by water. With the buildings being high rise, steel frame and multi-occupancy, the industry-proven K Systems Exicco Cavity Drainage EWI System was specified.In the Exicco system, the drained cavity behind the insulation ensures that any interstitial moisture escapes without detriment to the performance of the system. Due to their seafront location, Devonshire Mansions were prone to fierce rain and water exposure, so this system was the ideal choice to ensure any future moisture or condensation build up was allowed out to avoid compromising the substrate or newly installed façade.Once the strip out of the existing façade had occurred, further challenges were discovered – the substrate was far from line and level. This meant that every rail within the newly installed EWI system had to be packed out using steel shims to create a level vertical façade, subsequently adjusting the specified fixing lengths to suit.Some elements of the substrate were high strength concrete incorporating a flint aggregate which proved problematic for standard mechanical fixings. Via K Systems’ on site support, a suitable, more bespoke fixing was specified which ensured proper anchoring of rails and intumescent fire barriers. A swift solution was achieved with no detriment to the construction programme.The newly installed Exicco system was combined with the K Systems M (Mineral Wool) system. This high performing system provides optimal levels of fire resistance and noncombustibility and its installation at Devonshire Mansions meant that the fire classification of the buildings was upgraded to A2-s1,d0 meaning that the development is now compliant with the latest building regulations for all high-rise dwellings in England, further ensuring the safety of residents.Devonshire Mansions is visually impressive with its feature balconies, architectural cornices, ashlar panelling and quoin detailing. It was a specific requirement of the client to remediate the unsafe cladding without losing these exterior design features.K Systems created two specifications; one for the elevations and one for the balconies and provided bespoke detailing to allow them to seamlessly harmonise as one façade. Ashlar panelling and quoin detailing was replicated cost-effectively using varying thicknesses of non-combustible mineral wool insulation which was over-rendered skilfully by the contractor using K Systems Silicone Thincoat render.The more intricate cornice features were all bespoke manufactured using compliant non-combustible materials and integrated into the design with K Systems providing robust detailing to create a water-tight barrier and eliminating cold bridging. Decorative columns were installed at ground level to complete the façade.The eye-catching, waterfront dwellings were finished with Silkolitt+ - a versatile, easy to apply, water repellent, durable, and low maintenance thin coat render, perfectly paired and formulated for use with our Exicco systemOverall, K Systems specified a fit-for purpose, non-combustible façade with a high level of complex architectural detailing using cost effective solutions. The installation process was overseen by our unrivalled site support team who were frequently on hand to solve any issues as they arose.“Working alongside K Systems on a project of the size and nature of Devonshire Mansions was a true pleasure. From initial scope and specification to intricate detailing and innovative finishes, the K Systems team lead by example and made the process and delivery a slick and seamless operation. The refurbishment was a complex case but working together in partnership, we all delivered on excellence, and the beautiful Devonshire development is something we can all proudly put our names to.”James Fuller, Fullers Plastering

Hush Acoustics provided an effective solution to ‘noise break-in’ at a newly built primary school in Chester to ensure the internal acoustic environment was supportive of learning goals.The Huntington Primary school was designed by Cheshire West and Chester Council to cater for 420 primary age pupils and a 26-provision nursery. The former primary schools it replaced had a capacity of 120 children, but to cope with the demand of 1,200 new houses being built nearby on the former Saighton Army camp, the decision was made to build a new school to meet the requirements.An acoustic concern highlighted was ‘noise break in’ which is caused by issues such as the sound of rain falling onto the roof, which in turn would detract from the learning environment. In order to resolve this potential issue and to guarantee the children a healthy setting free from noise disturbance, we specified our Hush 10kg Barrier Mat to be installed in the roof of the building.Hush Barrier Mat is a vinyl sound barrier mat loaded with naturally occurring minerals. The product is free of lead, unrefined aromatic oils and bitumen. Designed to improve the sound insulation of existing panels of metal, wood, plastic etc., at all frequencies. The mat is normally fixed in intimate contact with the original panel. Hush barriers are particularly effective in overcoming coincidence dip resonance found in stiff lightweight composites such as plywood sheets and hollow core panels.Working alongside Kier, were Delta Group, who we supplied with 1100 sheets of our Hush 10 kg Barrier Mat. They then applied this to the roof of the school in 3x layers, to give a mass of 30 kg/m2 and improving acoustic performance across all frequencies.

Project details Charles de Gaulle International Airport is the second largest airport in Europe after London Heathrow. It is located just outside Paris and handles over 50 million passengers every year. For this reason it can be difficult to find the time for maintenance and repairs. "The airports floors have to withstand constant heavy traffic from passengers, staff and maintenance workers. It was therefore important that their repair and paint products were quick to apply, cure and hard wearing." The work that needed to be carried out was at the entrance to Terminal 3 which is the main public transport hub for Charles de Gaulle. For this reason the work needed to be carried out and finished between the hours of 9.30pm and 6.30am. After this time heavy traffic would resume. Our solution The first job was to clean the concrete floor slabs with Watco Concroff to remove all surface contaminants including oil and fats. Watco Concroff contains no solvents or other chemicals that are dangerous for the environment and penetrates even the thickest deposits of grease. The floor was then primed with Tack Coat, an epoxy resin adhesive primer which guarantees excellent grip on the key surface. As Charles de Gaulle is subjected to such heavy constant traffic a standard mortar would not be sufficient to withstand this, for this reason they choose Watco Concrex® Carbon Fibre. As it is as strong as granite it could be smoothed to a thickness of only 3mm, making the surface both waterproof and slip resistant. The Concrex® was subsequently painted with Safety Coat. Safety Coat is roller applied and contains fine, traction enhancing particles embedded in an epoxy resin coating so this coating was ideal for providing a non slip surface for added security.

Project: Slimming World headquartersClient: Slimming WorldMain contractor: Morgan Sindall ConstructionArchitect: CPMGWith its newly extended headquarters in Alfreton, Derbyshire, weight-loss organisation Slimming World wanted to create a landmark building for the brand that would both provide an ideal working and training space for its people and deliver excellent environmental performance.Glazing plays a key role in the £8.5 million scheme, both aesthetically and in terms of its use of energy.At the heart of the building is a large atrium with a full-height glass front elevation and a glazed roof running right to the back of the space. Meanwhile, one of the wings connected by the lobby area features large ‘picture windows’ that deliver views over the facility’s attractive, leafy grounds.High-performance envelopeBecause much of the building’s envelope is glazed, the designers faced the challenge of avoiding the need for an energy-intensive climate-control system to create a comfortable environment for users all-year-round.Lee Shaw, Business Development Manager at Pilkington United Kingdom, explained: “The twin challenges any building with extensive glazing faces are loss of heat on cold days and excessive heating as result of direct sunlight when the weather is warmer.“The combination of products we have supplied to this project use advanced coatings cleverly to minimise these two effects, helping to smooth out the peaks and troughs that can lead to uncomfortable temperatures, expensive heating and air-conditioning bills and wasted energy.”The curtain walling system uses double-glazed units manufactured by Pilkington, incorporating Pilkington Suncool™ 60/31 T solar-control glass and Pilkington Optitherm™ S1 Plus, a low-emissivity product.The solar-control glass features a state-of-the-art coating that transmits only 31 per cent of the sun’s energy, while still allowing for 60 per cent light transmittance, so that occupants still get a clear view outward.The low-emissivity glass meanwhile features a coating that reduces outward radiation of heat, so that less is allowed to leave the building on colder days.Uninterrupted viewsThe same glass is used in the atrium wall and roof but is held in place using the latest structurally glazed units from Schueco. These deliver glazed surfaces with ultra-low-profile frames to minimise interruption of views from the building, as well as daylight flowing into it.Extra strength is added to the atrium glazing by including a layer of laminated glass on the inner pane, to help the large units stand up to forces exerted on them by the wind and potentially the weight of snow during the winter.Lee Shaw continued: “This project demonstrates the range of glazing solutions we are able to offer, with a combination of curtain walling, structural glazing and roof glass, all of which has been manufactured in the UK.“The architect has used timber slats to deliver some degree of solar shading, but the extensive area of glazing enclosing the space means there would still be significant risk of excessive heat build-up. The glazing specified minimises this effect, saving energy and money while also delivering a more comfortable and stable year-round climate for those using the building.“This is also one of the first projects to feature Pilkington Suncool™ 60/31 Pro T glass, which is now fully manufactured in the UK, following recent re-location of production from Germany. It’s great that we’ve been able to combine a made-in-Britain success story with a new chapter for a well-loved British business.”The completion of the building is the latest chapter in the story of Slimming World, which started when founder Margaret Miles-Bramwell OBE, then 21 years old, first began holding Slimming World groups in Alfreton in 1969. Now, 50 years later, there are 19,000 local groups across the UK and Ireland, run by a network of more than 5,500 self-employed Consultants.The new headquarters includes extensive training facilities, meeting and office spaces, as well as a brand new 550-seater restaurant for staff, guests and Consultants visiting for training.Paul James, Slimming World’s Facilities Manager, says: “People have always been at the heart of Slimming World’s success and so ensuring that our people – our head office staff and Consultants – have the facilities and environment they need to do the best job possible has been a real priority for us. The new building will ensure we have the facilities we need to train and support all of our fantastic Consultants who deliver exceptional service to our members to support them to lose weight and live healthier, happier lives.“Having large expanses of glass has provided us with a beautiful, light-filled space that will be comfortable and inviting for everyone who uses the building right through the year.”

A clear first BREEAM certified public management structure where the building interior design demanded sharp attention to detail; Technowood was a clear choice. The saving on solid timber was a driving force in the decision process. Certified FSC and A2 FR were also important considerations when compared to sold timber. Happy New Service Building was designed by the Architectural Bureau.The Municipality new service building has been designed with a creative understanding which explores an interior that maximises the room use. Therefore, the space has an uplifting positivity to the vertical design.Project RequirementsThe building planning consent required ‘green building’ credentials. Furthermore, BREEAM-BESPOKE criteria were used in this project and BRE-GLOBAL prepared tailor-made criteria directly to the specific building type.Turkey’s first BREEAM certified building will be public; this project is expected to bring a lot of innovation including environmental sensitivity. Thus, it is foreseen that similar criteria will be applied in the future construction in the development region.Further, the main features of this project are a passive air conditioning system and natural lighting, double wall and gallery, economical water usage, recyclability of the material where possible. The enviro-friendly green roof and environment considerate plant preferences.Technowood satisfied all build requirements, the planning was especially happy with the aesthetics of such a diverse material. Invisibly fixed vertical columns solved the solution of the curved nature of the design; as well as the speed of installation which made the use of this wood finished product even more cost effective.Technowood is environmentally friendly, efficient to fit, FSC, A2 FR. By using Technowood this project has a timber consumption by 98%.Credits and Further informationInterior design     The Architectural BureauLocation                     TurkeyProject                        GOVERNMENT MUNICIPALITY COUNCIL CHAMBERMaterial                     Alu-Click Technowood Beams

At this new-build shopping centre in Shepherd's Bush, West London, the new underground car park was experiencing high levels of water ingress through two movement joints that had failed. Newton Specialist Contractor ASF Waterproofing, who are specialists in injection resins and structural repair work, was therefore called in order to provide a quick solution and fix the leaking joints.Following an initial investigation, the technical team from ASF decided to use the 5-part acrylic rubber sealing resin Newton 324-SR to seal the joint, as it reacts to form a very durable and flexible seal that exhibits exceptional adhesion, making it ideal for movement joints.ASF began by drilling holes at angle into the concrete, and at regular intervals for the 10mm injection packers above the joints. The injection packers were then fitted to each hole, and foam backing rod was used to temporarily block the joint and prevent uncured resin from escaping as it is injected.The five components of the PC 509 Rubber Acryl are mixed to make two solutions, whilst the curing time of the resin can also be adjusted by changing the quantity of initiator used. The resin was then injected through the packers and into the joint using a three-component stainless steel pump.Finally, once the resin was cured and the joints were effectively sealed, ASF ground back the surface of the concrete to either side of the joints and applied Newton 106 FlexProof, a flexible liquid waterproofing material, to provide a final protective seal and finish the job.With two leaking movement joints in a finished structure, the client required a swift resolution to get the area back into use quickly. With the benefit of Newton’s advanced resin and waterproofing products, ASF got to site and delivered the sealed joints within the client’s tight timeframe.

Castlethorpe Homes is a renowned house builder serving some of the most attractive and historically rich villages, towns, and cities across Oxfordshire, the Cotswolds, and their surrounding areas. The Paddocks, an exclusive development by Castlethorpe Homes, features substantial detached houses nestled in the semi-rural location of Bramley. This distinctive project reflects their commitment to environmental sustainability. Beyond the construction phase, they have actively incorporated Bio-Diversity Net Gain initiatives, contributing ‘green elements’ to counterbalance the impact of their building works. As well as an additional 10-meter wild meadow buffer, the development boasts over 250 meters of native hedging, bee bricks, bat tiles and specially designed hibernacula providing shelter for slowworms and newts, Castlethorpe Homes also installed Hedgehog Highways. “Hundreds and thousands of homes are built in the UK every year, but how many prioritize environmental and social impacts? At Castlethorpe Homes, sustainability is not an afterthought; it is ingrained in our design. We collaborate with suppliers who share our commitment to the bigger picture. The Hedgehog Highway by Timloc is the perfect fit, allowing hedgehogs to roam freely in our green spaces.” Chris Warner, Founder & Managing Director of Castlethorpe Homes The Hedgehog Highway by Timloc has been designed to connect gardens, enabling hedgehogs to roam freely and forage for food, water and shelter without restriction. It perfectly frames highway holes to help state the purpose of the hole and avoid accidental obstruction whilst being a great garden feature. With every purchase of a Hedgehog Highway by Timloc a donation is made to hedgehog charities to aid their efforts in rescuing, rehabilitating and releasing sick or injured hedgehogs back in to the wild. To learn more about Hedgehog Highway by Timloc visit: www.timloc.co.uk For further information on Castlethorpe Homes go to www.castlethorpehomes.co.uk Photo: Hedgehog Highway by Timloc in situ at The Paddocks, Bramley, kindly provided by Castlethorpe Homes.

The washrooms at this stunning hotel, feature accessible bathroom fixtures and fittings from our Fitzroy of London Gosfield collection.

Across three floors, including their new product development labs and the new academy space, they chose Quadra 440 with XL dispenser in chrome with matching drainage font. This system dispenses an immediate draw off capacity of 40 cups; 150 cups of boiling and 175 cups of chilled filtered water every hour. The Billi under-counter systems are a great addition to their office space, giving their staff an opportunity to enjoy coffee alternatives.

The Sky View development is a mixed-use twin-tower complex, with a Hotel, residences and serviced apartments, in downtown Dubai. The new landmark will be known as the figurative gateway to Downtown Dubai. The development has an unique view, with the Burj Khalifa (the world’s tallest building) on one side, and the Arabian Gulf on the other. The chosen solution for sealing the towers’ facade connections as Effisus Ecofacade, in order to protect the towers against water damage and to improve their energy efficiency.

All apartments are accessed at the rear of the building via stairs and walkways and the existing asphalt walkway surfaces had blistered, causing various leaks and creating a trip hazard for residents. There was an urgent requirement to carry out the walkway refurbishment while the building remained fully occupied and with minimal disruption for occupants. The building’s flat roof had also reached the end of its service life, requiring a refurbishment to protect the apartments from water ingress.

Loxford Lodge, Homeleigh and Borough Farm are residential properties within the National Trust estate of Arlington Court, Devon. The grounds cover over 20 miles of footpaths, offering walks such as the Lake walk and Deer Park walk.The National Trust contacted KEIM as they needed a reliable vapour permeable paint, which is more resilient than limewash, to decorate the previously limewashed substrates. The National Trust have previously worked with KEIM on many projects, so they were aware of the benefits that KEIM Paints has to offer.During the site inspection carried out by Julian Cullum of KEIM Mineral Paints, there was evidence of green mould and algae growth on the render.It was recommended to wash down the surfaces by pressure washing and using a stiff brush to remove all mould and fungal growth. KEIM Algicid-Plus was applied and allowed to dry for 24 hours before the decoration could commence.KEIM Fixativ was specified to consolidate the limewash render, followed by a coat of KEIM Soldalit Grob to give an even finish and fill hairline cracks within the render. KEIM Soldalit-ME, in colour 9037, was applied as it has a high resistance against mould and algae, which may build up from the tree canopies surrounding the properties.Following the completion of this project, The National Trust have several more projects they would like us to get involved in.

West Lindsay Council sought out to build a new crematorium for the area, as statistics showed that 75% of funerals are now cremations. The £6.3m site is state-of-the-art and includes landscaped grounds, remembrance gardens filled with young trees and wildflower meadows, a reflection pool, a car park for 120 vehicles and ample space for further development if necessary; to include a second chapel if there is demand.The new crematorium will be welcome to all forms of religious and/or secular services. With beautiful views of the woodland across Nottinghamshire, this facility will help make a real difference to residents at difficult times in their lives.With the building itself boasting modern design, the chosen paving materials for the hard landscaping were chosen to help complement the rural nature of the area and make the best use of the natural boundaries.Modal textured in Charcoal Grey Granite and Oatmeal Granite were used alongside Myriad Sunlight for the pristine entranceway, working brilliantly with the warm tones of the building and soft landscaping in the surrounding area.Main contractor, Willmott Dixon Construction Ltd. alongside Haverstock as the architects, carried out the project.The result was a warm and beautiful landscaped area. The combination of sizes and colours create an unmissable entranceway that is modern and welcoming. The facilities are now open to the public to provide a much-needed service for local’s in a tasteful and well-designed environment.Images supplied by West Lindsey Council

Client: Highways Agency, England, with Northampton CC Main Contractor: Balfour Beatty Main Products Used: Emseal BEJSEmseal BEJS used to seal Parapet & Wing wall joints on the new A45 Dodsmoor Bridge in Northamptonshire:This new bridge forms part of the A45 Daventry Link Road at Dodmoor in Northampton, where the wing-wall joints and the parapet joints with the precast elements provided a challenge for the engineers. These joints had to be able to accommodate the anticipated high levels of movement, but the site measured widths of the joints varied from around 25-30mm up to around 100mm. The potential movement, including movement in different planes, their variable form and dimensions, were too much for any ‘normal’ preformed joints, or extruded, gun-applied, so-called ‘mastic’ joint sealants to be used. This is clearly evidenced in the inset picture, where the specified extruded sealant was already seen to be failing under this loading. Additionally, the wing-wall joints were to be back-filled with a watertight seal. Following previous experience with difficult and complex movement jointing requirements, the Balfour Beatty engineers discussed the situation with NCC and the Emseal BEJS System was identified as an ideal solution. Emseal BEJS is available in different widths that can also be precompressed further for ease of installation, it is fast and easy to install, plus importantly requires no invasive mechanical fixings.

We have collaborated with the “Smile for Africa” Foundation to transform a classroom wall into a writable wall with ESCREO whiteboard paint for the first time in Africa. The charity foundation is a wonderful initiative for a better life filled with smiles for children from different regions of Africa. Thanks to them, children can now feel the special magic that whiteboard paint can bring to them. Daniel Delibashev, founder of the Foundation, shares that they were used to improvised chalkboard walls, i.e. black-painted concrete, which were not as hygienic as one can imagine. However, children now write on a white writable wall with markers which attracts their attention and concentration better and contributes to better learning. Daniel shares that both children and teachers are very excited to see and use a different method than traditional blackboards. It is an “archaic” method which is widely used in Africa and is quite inconvenient because over time the boards start turning white and it is difficult to distinguish what is written on them.  Other issues that whiteboard paint now solves include the often need for the chalkboard walls to be repainted, which used to create a lot of difficulties and additional costs. It has proven to be quite uncomfortable, because the dust used to stick to the hands and clothes of the children and to enter the eyes, damaging their vision. Both students and teachers now want to replace all the blackboards with walls painted with whiteboard paint, because the convenience and joy they bring are indisputable.

For its architecturally striking Orwell House scheme in Bethnal Green, London, Bell Phillips Architects (BPA) has specified hand-formed, multi-coloured Antro bricks from Vandersanden, the brick maker renowned for its innovation, craftsmanship and sustainable manufacturing practices. Antro provides just the right balance of colour, texture and contrast for this affordable housing project, designed by BPA for London Borough of Tower Hamlets and forming part of the Berthold Lubetkin-designed Dorset Estate, originally constructed in the 1950’s and 1960’s.Comprising 20 flats in total, Orwell House is a new, wedge-shape, in-fill development, just off Colombia Road, to the North-West of the Borough. BPA’s imaginative design for this six-storey building features balconies and a roof terrace that look out across Ravenscroft Park with the steel-framed volume of Orwell House contained by Vandersanden’s multi-coloured greyish brick envelope. On the two shorter sides, this brick envelope is fronted by balconies clad in pink, glass-reinforced concrete (GRC) panels. This bold chequerboard patterning echoes the tones and patterns used by Lubetkin to animate facades on buildings across the existing estate.Completed in July 2020, Orwell House is a Finalist in the Housing Awards 2021. To find out more about the bricks used in this project or to see the wide range of high-quality bricks available from Vandersanden, click on the 'View more' link 

The ChallengeAs part of this strategy, the decision was taken to replace a fully-glazed non-fire-rated internal atrium with a new, high-performance fire-rated solution to ensure the highest levels of fire protection.Spanning five storeys, the atrium would create a functional yet architecturally stunning light-filled centrepiece within the modern office space.Forming part of the broader regeneration of Dublin Landings, bringing this aspect of the project in on time would be critical.As a result, Walls to Workstations were tasked with removing and replacing the five-floor atrium in just six weeks to see the project through to completion.The SolutionWorking closely with W2W, Pyroguard supplied more than 500 square metres of toughened EI30 fire safety glass to the project. Equipping fabricators with the flexibility to deliver on ambitious architectural projects which require large expanses of glazing, Pyroguard toughened glass provides protection against flames, smoke and radiant heat and delivers impact classification of 1B1 to EN12600.Complementing modern architectural ambitions, the inclusion of large areas of toughened glazing within projects helps to safely incorporate natural light into buildings, something which is critical in renovation projects where buildings are being transformed from their original purpose.In practice, this sees spaces flooded with natural light, elevating levels of light transmission throughout a building and having a positive impact on occupants’ wellbeing – crucial in delivering functional and inspiring workspaces.

Achieve better U-values whilst maintaining traditional cavity widths.Developer Mentmore Homes has built two five-bedroom houses in Gerrards Cross, Buckinghamshire, which are valued at £2.5million each. The walls required an insulation panel that achieved better U-values whilst maintaining traditional cavity widths. Eurowall +, manufactured by Recticel Insulation proved the ideal solution.Nicholas Peck from Mentmore Homes explained:"We wanted to make the properties as energy-efficient as possible. To make this happen, the best place to start is the insulation. Specifying Eurowall + meant we didn’t have to increase the size of the wall cavity and lose space inside the properties. The panel’s interlocking feature was another reason for its specification because it slots together so easily and will remain solid and airtight. We required a high quality product for this extremely high-profile project - Eurowall + didn’t disappoint."About Eurowall® +:Eurowall® + is a premium, high performance full fill insulation board with precision cut tongue and groove joints on all four sides. This ensures that the boards lock tightly together minimising heat loss through thermal bridging. This unique joint offers increased protection against wind driven rain as well as improved windtightness. Eurowall® + is also designed with a 10mm cavity requirement in mind, so that space can be left for conventional bricklaying techniques.