"fire protection for building frames"

Chelmer Waterside near Chelmsford in Essex, is a residential-led riverside quarter, delivering new homes and public spaces south-east of the city centre. The site of a former gas works, the land is being regenerated to offer high quality affordable housing on the River Chelmer peninsula.SURFACING REQUIREMENTAddagrip approved contractor The TP Group was appointed by Taylor Wimpey to assist with various aspects of the project, including Landscaping, Painting, and Fire Protection. They were also pleased to help with a very demanding first floor level crescent and second floor walkway within the heart of the ongoing development.Many logistical challenges of surfacing the podium decks were managed and overcome, alongside time restraints and weather conditions. The original plans of using pedestal paving were shelved due to time restraints and material availability. Following discussions, an Addagrip Terrabase Classic Resin Bound no-dig gravel system with a Stonebound finish was selected as the surfacing product due to speed of installation, aesthetics and availability.The TP Group installed a 365mm deep substrate, consisting of various materials, for the podium balconies on the first and second floor level ready for Addagrip’s Terrabase Classic resin bound system. A Stonebound 6mm bespoke blend was selected as the Terrabase Classic resin bound finish with 297m2 being installed on the first floor level crescent and 66m2 on the second floor walkway.The new paving offers a decorative, low maintenance surface with excellent slip resistance.The installation was completed in January 2021.

At this luxury residential block, by developer Purelake and ECE Architecture, VELFAC windows and patio doors are installed in all 52 apartments. The slim framed windows deliver maximum natural light, optimum thermal and acoustic insulation, and some stunning views.

Built by Wates Group for developer MARK and designed by London-based architect SPPARC, Borough Yards’ features a number of transformed and re-purposed railway arches, viaducts and warehouses along with five new buildings, that weave their way from Borough Market to Clink Street. This new shopping and dining district also includes a cinema, art gallery and two new office buildings.IG Masonry Support worked with brickwork contractor Lesterose, designing and supplying a number of complex prefabricated brickwork elements including Welded Masonry Support (WMS), Brick Slip Masonry Support and its renowned B.O.S.S.+ (Brick on Soffit System).ChallengeIn this landmark conservation area, the brickwork for the new buildings needed to compliment the existing brickwork on the repurposed viaducts and warehouses but also present their own unique character.To meet these challenging design requirements, IG Masonry Support manufactured and supplied a range of prefabricated components that met both the wider considerations around planning in this conservation area and at the same time all fire and building regulations.As part of the complex design for building 4, the architect and design team required a bespoke ‘floating’ brick feature presenting a jagged design. The utilisation of IG Masonry Support’s brick slips helped achieve the distinctive angled soffit design, offering a flawless and historic aesthetic in a modern, easy-to-install solution.The distinctive spearheads featuring on building 2 were a separate hurdle but thanks to IG Masonry Support’s close collaboration with the contractors and the architect, it enabled an accurate and sufficient design. Installed over 4 level points of the building, these innovative spearheads, never seen before, were manufactured with glass reinforced concrete, and hand-laid brickwork in-between.Customisable to the architect’s design wishes, the Brick Slip Systems and Masonry Support are prefabricated units manufactured offsite and delivered complete with bricks mechanically-fixed and bonded to them.Due to the type of being brick being used on buildings 2, 3 and 4 being a weaker composition, this necessitated pre-pointing the brick slips in dry, controlled conditions in order to create a high quality, finished surface.SolutionThe bespoke elements for building 4 pushed the boundaries of IG Masonry Support and its products but through technical collaboration the jagged design features were achieved with angled soffits, ensuring a solution that met the architect’s specific requirements.IG Masonry Support exceeded expectations with its Welded Masonry Support system and versatile B.O.S.S.+ (Brick on Soffit System), creating a seamless match with the surrounding brickwork.Able to accommodate loads of up to and exceeding 14kN/m, IG’s Welded Masonry Support (WMS) is a rigid masonry support system comprising a stainless-steel angle support shelf with fixed brackets. It is fabricated to engineers’ specifications on a project basis and offers two planes of adjustability onsite. Offering ease-of-installation, the system can be supplied in a variety of configurations depending on the project’s requirements. At Borough Yards, the WMS was designed, manufactured and supplied by the IG Masonry Support team and installed across building 2 and 4 in order to support the application of the B.O.S.S. system.The B.O.S.S.+ is a lightweight prefabricated system that is faster to install than traditional hanging brick systems. Installed to a pre-fitted Masonry Support System, B.O.S.S.+ allows increased adjustability along three axes. Produced offsite, B.O.S.S. offers 90% time saving onsite and negates the need for mechanical lifting. B.O.S.S.+ also removes the need for brick-cutting onsite, resulting in a quality system that is checked before it arrives onsite. This BBA-certified unit is an ‘A’ Fire Rated, BBA certified and mechanically-fixed unit, suitable for use on residential buildings over 18m above ground level and complies with the Building Regulations 2010* Approved Document B: Fire Safety.Not only is the system versatile, it offers ease-of-installation and enables time-savings onsite. The bespoke solution offers a 70% weight-saving against an equivalent concrete product, negating the need for mechanical handling and onsite labour. These were significant benefits on this mixed-used development in particular.An integral part of the street scene and conservation area, these stunning new buildings sit side-by-side with the historic viaducts and warehouses. The presence of IG Masonry Support’s systems and the company’s technical prowess has ensured this landmark Southwark development is thoughtfully planned, well-built and a sought-after attraction in South London.

A cladding replacement project, Klasse G-board and C-board have both been utilised due to their A1 fire-rated, fully non-combustible classification.

Kingspan Klargester oil separators as part of carpark design to protect ground water from oil pollution.

The 2019 Special Olympics Cauldron Abu Dhabi was designed and fabricated in Yorkshire by Stage One Creative Services Ltd. It was then anodised using a selection of colours from our Anolok Bronze range. The anodised panels were then air freighted to Dubai where they were installed to create this magnificent cauldron prior to the opening ceremony. Each county did their own text which was applied underneath the logo using our UnAtex process. The main aim of this project was to ensure the material would be A1 fire rated due to flames being projected from inside the cauldron, hence making fire rating imperative.

Project type: Freeport Location: Steelhouse Gateway, Teeside Project Cost: £2.5m Product: Shadex 150 (Drop-in Casette) Finish: Syntha Pulvin RAL 7022 Matt Umbra GreyProduct: Dales Sigma Fascia Finish: Syntha Pulvin RAL 7022 Matt Umbra Grey Product: Dales Lower FasciaFinish: Syntha Pulvin RAL 7030 Matt Stone Grey Fire Rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018) Client: Teesworks  Architect: POD Architects Contractor: Esh Group Sub Contractor: Entec Design Services Ltd

On behalf of client Adlington Properties, this £110,000 12 month project was delivered in conjunction with specialist commercial fabricator Dempsey Dyer and contractor Gladman's Construction. It features: 300 frames Deceuninck 5000 Series Tilt and Turn 9016 White on White Decoroc

This project has been built up using 2500 m² of translucent blanc Venus sheets. These sheets were assembled on frames made with Barrisol® profiles specially designed for this project. Architect : Stanley Saitowitz Office/ Natoma Architects, Inc.

Cycle Parking and Street Furniture Provided:BXMW/LIG Lightwood cycle sheltersBXMW/GH0 Harrogate cycle standsBX47 3000 Thornhill stainless steel framed seatsBXPU 1800 Trelewis duracast™ polyurethane (PU) bollards

Coláiste an Chláirín Bauder Thermofol single ply waterproofing system with BauderROCK insulationSynopsisThe new Coláiste an Chláirín building in Athenry, Co Galway is a post primary school consisting of classrooms, a special needs unit, sports hall, general-purpose hall, staff amenities and extensive external facilities designed by Smith Kennedy Architects & Healy Partners Architects. The project was managed by JJ Rhatigan and Company and the roofing element appointed to Priority Roofing and Cladding Ltd. The roof of the main building and the gymnasium required flat roof build-ups to meet the specifications as set out in in SDG 02-05-03 (Acoustic Performance in New Primary & Post Primary School Buildings), while meeting the general performance requirements specified within TGD 021-7 2018 (Minimum Performance Standards of Roof Materials and Finishes). The chosen system had to meet an acoustic performance of 35dB indoor ambient noise level (IANL). It was decided that, despite sports halls having a slightly higher IANL threshold, the 35dB performance criteria would be applied across all areas of the school, with control of reverberation being a key consideration in the gym.Bauder Building BoardProject:Coláiste an ChláirínLocation:County GalwayProject type:New BuildRoof size:8550m²Main contractor:JJ Rhatigan & CompanyApproved contractor:Priority Roofing & Cladding LtdThe specification:The Architect specified that the insulation used in the flat roof system should be non-combustible and achieve a U-value of 0.16Wm²k which actually exceeds the thermal requirements as described in the Irish Building Regulations Technical Guidance Document L for flat roofs in schools.BauderROCK was specified to achieve the thermal and acoustic requirements of the design. As a Euroclass A2-s1,d0 non-combustible material, BauderROCK also provided the specified fire performance. This insulation could be used across all roof areas, with some adaptations for the gym which required additional acoustic performance due to the inherent nature of the space. Acoustic infills were used in the troughs of the perforated metal deck, thus combatting the reverberation of the indoor environment.  Products appliedBauder Thermofol PVCAn integrated single ply waterproofing system, featuring a lightweight, cost effective membrane which offers a pleasing aesthetic finish on a flat roof. This system holds fire classification BROOF(t4) for compliance with building regulations under TS 1187 test method 4 for external fire exposure to roofs. BauderROCKHigh density mineral wool insulation.Project challengesOne of the challenges of this project was the ambitious schedule. The use of the self-adhesive air and vapour control layer (AVCL) enabled the trades working within the building to progress quickly without being delayed by weather conditions. BauderROCK is relatively quick to install, as was the lightweight single ply waterproofing.  The resultThe project was finished to time and specification with exceptional workmanship from the fixers at Priority Roofing and Cladding and superb collaboration from all parties throughout. The membrane was finished with standing seams to create a statement look. The roof achieved a U-value of 0.15 W/m2k, exceeding the thermal target, and met or exceeded the 35db IANL requirement across the main building and the sports hall.  The thermal performance, which will hold up for decades to come, will also impart energy efficiency benefits that reduce running costs at the school in the long term. Finally, the non-combustible nature of the mineral wool insulation ensured that the build-up met the fire safety specification. System installed Bauder Thermofol PVC single ply waterproofing system1 Bauder THERMOFOL U15 V FRThis 1.5mm polyester reinforced Poly Vinyl Chloride membrane (PVC) membrane benefits from being highly flexible due to the incorporation of internal plasticizers during the manufacturing process. The combination of materials within this membrane provides high tensile strength, with thermal stability and chemical resistance.2 BauderROCKA mineral fibre non-combustible insulation with high acoustic performance. The dual density mineral wool composition delivers compressive strength, whilst keeping the overall weight to a minimum and providing high noise absorption which enabled the complete system to meet project requirements.3 BauderTEC DBR 06This 0.6mm, self-adhesive, elastomeric air and vapour control layer is light weight and benefits from cleaner, safer, and faster installation than traditional torch applied membranes. Advocacy Niall Hanley, Contracts Manager at JJ Rhatigan, the project’s main contractor, said:"Coláiste an Chláirín Athnery was a great success and in particular the use of the self-adhesive AVCL in advance of the build-up allowed works to commence immediately internally, which was critical from a programme perspective.” Kevin Ryan, Director at Priority Roofing, explained:"We found the system both practical and efficient to install. The combination of the availability of the products and the technical backup received was superior to any other system that we have worked with.”  Eoin O’Grady, Associate Director at Healy Partners Architects commented:"We are delighted with the overall delivery of the roof build-up and the performance achieved. The PE hall solution to deal with reverberation noise as well as rainfall noise was very successfully managed. We look forward to working with Bauder on future projects.” 

Jewers Doors have completed the installation of five of their Osprey sliding folding doors to new private aircraft hangars and integral fire station at Old Warden Aerodrome in Bedfordshire.

The Old Grammar School House in Shrewsbury is a Grade II listed historic building, which was formerly part of the school and has been converted to an office space.KEIM were approached by Randle Building Solutions, who had used KEIM Mineral Paints on a previous project in Edgmond, Shropshire. The conventional painted stonework was flaking and blistering due to excess moisture trapped within the substrate. The painted brickwork on the front of the building was in good condition.Bryan Roe of KEIM Mineral Paints recommended stripping the paint off the stonework and the brickwork at the back of the building, using KEIM STS 7M, that was holding damp and flaking. The gloss paint on the stone windows surrounds were to be stripped as much as possible and sanded down to create a key for the mineral paint to bond to.KEIM Contact-Plus was diluted with KEM Soldalit Fixativ to equalise surface textures and fill hairline cracks. KEIM Soldalit, in a bespoke grey colour (KS01 0312) that was matched back to the original paint colour, was applied to create a breathable, long-lasting finish.KEIM Soldalit is fire resistant and A2-s1, d0 classified. The sol-silicate properties mean that it can be applied over unpainted and previously painted surfaces without the need of a primer.

IWA 14 – 7.2t @ 30mph Introducing the latest Terra Bi-folding Speed Gate which has been successfully impact tested to the International IWA14 Specification, stopping a 7.2 ton vehicle travelling at 30mph (48kph). **** Unique to the market this double leaf HVM Bi-folding Gate impact test resulted in minimal penetration *** This HVM Bi-fold Gate is the perfect solution for any building or perimeter fence line bringing together protection from the threat of VBIED’s (vehicle borne improvised explosive devices) and LPS1175 Security Rated Automatic Gates. Double bi-folding gate leaves Hinged Gates leaves can be automated with Actuators.

Mount Anvil and One Housing Group partnered to build a new luxury development, featuring studio apartments as well as one -, two-, three-, and four-bedroom apartments. These living spaces were designed to be surrounded by private gardens and water features in the heart of fashionable Clerkenwell, England.The plans for this new development called for 274 units within 10 stories set atop of 4,500 m2 (48,438 ft2) of commercial space, including room for basements and parking.To provide permanent protection against water for the space surrounding the basements and parking, Mount Anvil and One Housing Group’s construction team were looking for a long-term concrete waterproofing solution.

This project was a fit out of an existing commercial space to form a state of the art outpatients unit and imaging facility.Key to the clients design on this project is the need for products that are functional and compliant to a healthcare environment.SDS Dfendoor is used in our unique American Walnut finish, giving the look and feel of a luxury hotel and yet enabling compliance at all times and guaranteeing top level aesthetics.The project is effectively complimented by the use of the coordinating range of Dfend wall protection enabling discreet protection of common areas of damage in this robustly trafficked environment.

Marks & Spencer has a vast distribution centre located in Bradford. Despite its massive size, they still required a new three-storey mezzanine in order to increase their overall storage capacity. With pallet trucks being operated on these floors, Brandsafe were brought in to provide the required custom solution. A combination of 2.4m high security fencing with built-in pedestrian handrail and low-level Armco protection was produced and installed on-site by Brandsafe. Polymer column protectors were also supplied to protect the mezzanine supports at ground level.

LAMILUX designed, supplied and installed eight LAMILUX Glass Roof PR60 mono-pitch rooflights at Oundle School Sports Centre. Seven of the rooflights, were positioned over the 50 metre swimming pool, adding an abundance of natural light, with special sun protective glazing to eliminate overheating. A special coating was applied to the aluminium profiles to protect them from corrosion within the chlorine environment. The eighth rooflight, an 18m x 6m trapeze shape, illuminates the atrium at the flagship of the school’s sports masterplan.

Specifiers looking to introduce superior wood protection to decking projects can rely on Sadolin Classic to deliver a beautiful finish, with long-lasting defence against the elements. Offering a trusted and time proven solution, Sadolin Classic’s high performance formulation enables the product to absorb deep into the timber, ensuring exceptional coverage and maximum protection from the weather. One of the most versatile products in the Sadolin range, it is particularly effective on large areas of timber such as decking, cladding, fascias and rough sawn timber. A range of colours are also available.

application area: heritageuse type: wood fireplace in country mansionproject scope: restore georgian fireplaces, keep large fireplace openingadded value: non-destructive solution, ideal for heritage buildings BackgroundThe 18th Century Georgian Country House is a Grade 1 listed building and also English Heritage. The owners of the Derbyshire home wanted to use the original antique fireplaces with the existing large openings. The pargetting in the chimneys had fallen away and the mortar joints were leaking into different parts of the building. Lining with stainless steel liners was not feasible here as it would have compromised the cross sectional area of the chimney and the fireplace opening would have had to be closed down considerably.Due to the protected status of the building extra caution had to be exercised to minimise the effects of the works carried out to the interior of the building.Statement of workThe installation was quick and it did not impact the structure of the building. 4x Furanflex RWV liners were installed, each was finished within a day’s work, making it possible to use the period fireplaces once again. The most important requirement was to keep the current chimney sizes the same. This was made possible by FuranFlex25, which was inflated inside the chimney flue to expand into the available space, maximising the lined flue size.

Clear lacquer provides a sleek finishThe new Manchester Met University School of Digital Art (SoDA) houses the latest in technological facilities for students studying film, animation, AI, UX design, photography, gaming, sound design and more. This is a £35m investment into the future of digital story telling designed by architects Feilden Clegg Bradley (FCB) Studios and Kier as the constructors. SoDA is a groundbreaking interdisciplinary school supporting the growing demand for skilled workers in the region’s creative digital sector.Emphasising the creativity fostered within the school the entrance features a four-storey video light wall on the northern façade, creating a platform where the work of the students can be displayed.Powdertech was asked to provide the finish for the pleated aluminium façade, spanning 4000m2 across four aspects of the building above a new pedestrian street between SoDA and the adjacent Benzie Building, part of the Manchester School of Art. The sawtooth facade panels were finished in a Qualicoat Class 2 clear lacquer, applied using a chrome-free pre-treatment, and creating a sleek gleaming appearance. Transparent Metal Protection Lacquers are available in many shades and provide the same level of protection as opaque architectural powder coatings.BenefitsPowdertech has close relationships with the leading powder manufacturers who specialise in custom shades.All powders are of architectural quality and provide excellent weather resistance and colour stability.Powdertech's rigorous pre-treatment system will help to keep the façade free from corrosion for up to 40-years.Powdertech’s flexible plant can coat a wide variety of shapes and sizes of architectural metal work and fabrications.Powdertech has over 35 years’ experience in professional architectural powder coating.

It can be difficult to find a lift that will operate outside without providing complete shelter from the elements. Full enclosures can have a significant impact on the building appearance and there may also be space constraints in lightwell situations. Penny Hydraulics Ltd uses design automation to quickly produce layouts based on its modular lift systems that can be adapted for external installation. The company has been manufacturing lifts in the UK for over 30 years and so has much experience to help find solutions that it knows will work well for the end user. Blueprint Studios in Manchester were experiencing problems moving audio equipment up to the first floor recording studio safely. It would have been very costly to fit internally both in terms of cost and space so a Penny Hydraulics MezzLift was installed externally within a minimal black frame and polycarbonate clad shaft to satisfy Listed Buildings consent. This saved considerable building works whilst enabling the Studios to become safer and more efficient. If the change in level is below 1.5 metres then a Loading Bay Lift could have been used that has much less impact over a more traditional style lift.

On behalf of contractor Bouygues UK and client Student Housing Company, with specialist commerical fabricator customer Dempsey Dyer, this £340,000 project features: 694 frames Deceuninck 5000 Series Tilt and Turn Decoroc 4 sided colour U Values: 1.4

On behalf of contractor Bouygues UK and client Student Housing Company, with specialist commerical fabricator customer Dempsey Dyer, this £340,000 project features: 694 frames Deceuninck 5000 Series Tilt and Turn Decoroc 4 sided colour U Values: 1.4

Nicholson worked closely with CEL Leadwork Ltd to manufacture the AIRTRAK® ventilators to suit the exact site dimensions and also to ensure that the AIRTRAK® ventilators were manufactured, stocked and delivered to site within the required time frame to keep the contract on schedule.

Nestled in the heart of Central London, Chelsea Creek stands as an epitome of luxury, offering residents a uniquely European style of living along its canalside homes. The residential development boasts a stunning location characterized by tree-lined avenues and meandering waterways, providing an exquisite urban lifestyle.In our collaboration with Chelsea Creek, our focus was on enhancing both safety and aesthetics within the residential spaces. A key component of this project was the installation of metal riser doors tailored to meet the project’s exacting standards for both functionality and aesthetics. Designed to seamlessly integrate with the sophisticated surroundings, these fire-rated riser doors ensure compliance with safety standards while preserving the high-end residential atmosphere.The choice of metal riser doors not only aligns with the upscale environment of Chelsea Creek but also serves a crucial functional purpose. Ensuring fire safety without compromising on the luxurious aesthetics of the development, these doors exemplify our commitment to delivering solutions that prioritize both form and function. Crafted for both durability and visual appeal, these fire-rated doors not only ensure safety compliance but also contribute to the overall sophisticated aesthetic of Chelsea Creek.

Located in East London, on a water gateway between the River Thames and over 2,000 miles of navigable canals, the six-building Limehouse Basin development comprised of a white EPS insulation board that was fixed to horizontal PVC rails that created a drained cavity between the insulated façade system and the substrate.Due to strict regulations introduced in December 2018 following the Grenfell tragedy, which states any building exceeding 18 metres in height must have walls comprised of non-combustible materials, this building was deemed non-compliant, unsafe, and not fit-for-purpose.Development owners Beckford, supported by the Building Safety Fund (BSF), required an expert team to execute the removal of the existing EWI and replace it with an appropriate alternative, without disrupting the unique aesthetic of the building.The combination of K Systems and Retrofit UK, two companies renowned for their expertise, quality of service, and superiority in the market, was an obvious choice for Beckfords.We have a good portfolio of BSF projects to date, and Limehouse Basin is another great example of how our team along with one of our approved installers can help make a building fit for purpose, whilst overcoming numerous challenges along the way. Unrivalled expertise and professional delivery are apparent in every groove and corner of this refurbishment.Our ServiceTogether with Approved Installer Retrofit UK, K Systems continued works despite Covid restrictions (adhering to Government guidelines) to deliver the Limehouse Basin project within the agreed timeframe and with minimal disruption to residents as requested by the client.Removal of the existing EWI system took place in rotation with the installation of the new system, and a robust programme was put into place by the contractor to ensure the building was not exposed to the elements for long periods of time, ensuring the residents were kept as comfortable as possible especially during the winter months. Decanting of the residents did not take place, so we worked alongside all parties to ensure the health, safety and welfare of the residents were prioritised during the works.Due to the nature of this project, technical monitoring from the K Systems team was increased, and weekly visits were planned along with a reactive approach to any on-site issues that arose from a technical perspective. Our technical teams actioned regular quality assessments and maintained open communication with all stakeholders.The result – an industry-leading insulated façade solution that fulfilled Beckfords’ criteria and delivered an outstanding architectural design and structure, fully compliant with fire regulations and boasting a better U-value which translates to better living conditions for the residents.Technical Project DetailsThe key objective for the Limehouse Basin project was to remove the non-compliant EWI system and replace it with a non-combustible system to meet current building regulations.Our team insist on being involved from the very concept of any BSF project to ensure an accurate specification could be developed and allow any initial underlying issues to be identified and rectified swiftly. Therefore, our Technical Team witnessed the removal of the existing system and inspected the substrate thoroughly.After extensive scoping, the K Systems M, mineral wool insulation, system with a silicone render finish was chosen as the preferred option, meeting the demands and needs of the client and current building regulations. This system provides high levels of fire resistance and non-combustibility (an A2-s1, d0) bringing it in line with mandatory Government requirements for buildings over 18m tall.With superb acoustic qualities and excellent environmental properties, the M System didn’t just tick the fire resistance box. The thermal performance of the building was significantly enhanced, with a U-value of 0.30W/m².k being achieved.The shape of the buildings were complex, with numerous curved areas of various facades. This meant the finish required an expert eye and a skilled hand to deliver seamlessly. Both K Systems and Retrofit are renowned for their expertise and superiority in the market, and therefore such challenges were overcome, and high standards of workmanship delivered.Another very challenging aspect of the build was the replication of the rainscreen cladding to the front of the buildings. This detail was successfully created by using tape joints, stop beads, and black silicone mastic to create a shadow gap – further testament to the expert capabilities of our team. This particular finish not only delivered the desired aesthetic but delivered an additional benefit of cost savings for the client.We worked closely with Retrofit UK throughout the duration of the refurb and as a result the Limehouse Basin buildings have a contemporary finish and attractive aesthetic worthy of the projects postcode, and one we are confident existing residents welcomed and potential residents appreciated.

It’s not everyday you get a phone call from an architect asking for help on a grade 2 listed mill building, but that is what happened to us back in April 2017 when Stephenson Studios contacted us with a problem they were having with floor to ceiling heights on their Brownsfield Mill project in Manchester.Their design criteria was for the existing 75mm thick timber mill boards to be retained and each of the apartments in the building would have these as an exposed ceiling. The idea was to keep the building as rustic and to retain as much of the original look and feel of the listed mill building as possible. Because of this all of the acoustic (Part E.) and fire Building Regs. (Part B.) requirements would have to be installed above the existing floor.The drawings we were sent through identified a floor build up, on top of the mill boards, at nearly 300mm thick. This started with a self levelling compound on top of the mill boards, to level them to, and then a timber on timber solution with a final layer of cement particle board prior to the oak flooring being installed.This thick floor section was causing a problem due to the original oak beams that were in place meaning the floor to ceiling heights weren’t as high as they needed to be. This design was compounded flowing the removal of the bitumen floor covering. When the mill boards were exposed and then levels were taken across each of the floors it was clear that the original design was no longer suitable for the project.With the age of the building some of the mill boards were beyond repair and each of the floors needed levelling up so the use of self levelling compound and a timber/ cement board solution also became a very expensive solution. We were asked if we could come up with a solution that was able to reduce costs and time and also to be able to achieve the required acoustic and fire requirements for this type of conversion project.Our initial thoughts on the project was to use timber ferrings, 100mm wide at 600mm centres, to lay our Lewis Deck system onto. This was reducing the number of ferrings by 50% (these were originally at 400mm centres) and it also removed 4 layers of timber/ cement board as well as the self levelling compound from the project. Following a meeting on site however, and after being able to fully talk to the design team and developer about what the Lewis Deck system can do we agreed that we would look at putting the ferring strips at 1400mm centres with the Lewis Deck being laid across at these centres. Rubber granulate acoustic strips would be installed on top of each of the timbers and mineral wool insulation would then be installed between. This would allow more material to be removed from the project but crucially still hit both the acoustic and fire requirements of the project.A test floor was commissioned, by the acoustic engineer, and built in August 2018 which passed all tests. You can see from the photos below the Lewis Deck laid at 1400mm centres for the middle section of the test with the 15mm thick rubber granulate acoustic strip laid on top of the timber ferrings. These timbers, due to the nature of the mill boards below, had to be installed individually to differing heights.The first full delivery of Lewis Deck arrived on site at the beginning of June 2019 following on from the steel strengthening works that were being carried out on site.The deck was quickly installed across the whole first floor in just a couple of days and the first screed pour was scheduled for the following week. The whole floor was poured using an anhydrite screed in just a few hours.The project continued on and the last main section of floor was poured on 19th December 2019, exactly 6 months after the first of the pours.This grade 2 listed mill building was a great project to work on. One that gave us a lot of challenges to overcome from the outset and one that helped overcome a number of issues that kept dropping up as the remedial works on the building progressed. We are delighted with the final result.Developer: Urban SplashFloor Installer: Trent Construction Services Ltd.

Yeoman Shield’s new Guardian Twin Handrail was installed as part of the ward refurbishment project recently undertaken at Barnsley Hospital, South Yorkshire.A 350+ bed hospital built in the 1970’s and serving a quarter of a million people in the Barnsley area, the hospital demands a constant regime of maintenance throughout its premises.Maintaining its high standards, Barnsley Hospital have improved the surroundings and facilities in 6 of the hospital wards, including the discharge unit, female trauma and elective orthopaedic unit.As part of the refurbishment project Yeoman Shield were employed to remove the old bump rail and handrails and replace them with the dual purpose Guardian Twin Handrail to corridors and waiting areas throughout the 6 wards.The twin handrail was supplied with a 50mm dia. PVCu upper handrail for support to those who need it and a lower 125mm deep protection rail which, standing slightly forward of the handrail, offers protection to both the wall décor and the handrail itself, minimising on repair and replacement.Supplied in a Pastel Blue colour with contrasting accessories in Pebble Grey the Guardian Twin Handrail from Yeoman Shield was complemented with matching 200mm protection strip and corner protection angles.A member of the nursing staff on the discharge unit commented: “Previously down the corridors in this ward we just had a protection rail but now it has been replaced with a system that offers a handrail as well and we have found it a great help to our clients who attend the unit.”Barnsley Hospital NHS Foundation Trust commented that they have worked with Yeoman Shield previously and have always found their products and workmanship to be of a high standard.For further details and options on the Yeoman Shield Guardian Twin handrail and the new Guardian 50mm dia. Handrail range go to www.yeomanshield.com/handrails or call 0113 279 5854.

Designed by Shawn Hausman Design this hotel features a retro interior style which some may call kitschy or ‘hippie’ style. But there’s no doubt that this hotel is unlike any other, bursting at the seams with bright, vibrant colours and minimalist furniture and décor reflecting a somewhat 70’s glam style. While the interior might not be everyone’s cup of tea, the exterior is quite a sight to behold. With its brutalist-style architecture, it draws on the curved windows that cover the building as the main focus of the design. Originally built in 1974 as an office block and public library Orms were responsible for retaining this stark exterior. The hotel was heightened by a glass extension across the top of the building that holds a restaurant and club.Perhaps the coolest feature of the hotel, the red pill lift. A single external red pod, contrasting vividly with the plain white concrete frame, that transports its guests to all the 266 rooms and the rooftop bars.Selo provided simple, sleek riser doors that fit in perfectly with this modern look, and allow the eye to be drawn to the more important design features of the interior.

Project type: Commercial Location: Bremont Watches Headquarters, Sheephouse Farm, Oxfordshire, RG9 4JF Product: Highline Gutter Finish: Syntha Pulvin RAL 9006 Matt White Aluminium Product: Meridian Coping System Finish: Syntha Pulvin RAL 9006 Matt White Aluminium Product: Faceted Verge Raking Soffit Finish: Syntha Pulvin RAL 9006 Matt White Aluminium Fire Rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018) Client: Bremont Watches Architect: Spratley & Partners Contractor: A&H Construction Sub Contractor: Vertec Roofing & Cladding Ltd

Location: Upton Park, Green Street, London E13 9AXProject type: ResidentialProducts: Rainscreen PanelsSolar shading/Brise SoleilFinish: RAL 7031 MattProducts: Weatherstruck Coping SystemFinish: RAL 7006 SatinSatin RAL 7030 SatinRAL 7031 Matt Products: Kwikfix Soffit PlanksFinish: RAL 7030 MattFire Rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Architect: Goddard Manton PartnershipMain Contractor: Barratt Developments PLC (East London) Sub contractor: G.K. Engineering & Design Ltd  Photography: a2n

April 2017 and the future looked bleak for a fire-engulfed net repair factory on the small island of Scalpay. Fire crews from Scalpay, Tarbert, Leverburgh and Stornaway rushed to the scene, as the massive blaze took hold of the facility and the roof looked in danger of collapse. They deployed high pressure hoses to douse the conflagration.Opened in 2008, the factory employed 14 staff and had been used to clean, repair and apply treatment to salmon farming nets. The Norwegian owned operators of the Net Services Scotland site faced an uphill struggle to get the site back up and running again. Hampered by the remote location of the Outer Hebrides and its distance from the mainland.

Barrisol® is now part of the internal structure at the Charles de Gaulle, airport Paris. An exceptional luminaires project has been designed by the architects « Unanime ». The modular opening frames, designed in a petal-shape, are made with 110 m² of Barrisol® Translucent ceiling.

Located between St. David's and Aberdour, the tanker terminal at Braefoot Bay is a base for the export of liquefied petroleum gas. The terminal consists of two jetties located on the north shore of Incholm Island. The gas is piped to the Mossmoran Plant in Fife direct from the North Sea, broken down to form ethane and then converted into ethylene, the basic hydrocarbon 'building block' of the petrochemical industry. The products are then piped the final three mile journey to the Braefoot Marine Terminal where they are fed into tankers and gas carriers for markets in Europe and the USA. The terminal is operated jointly by Shell Expro and Exxon.The jetty was suffering from increasing levels of deterioration of the reinforced concrete structure due to the relentless corrosive action of the marine salt environment on the reinforcing steel. A remedial plan was developed to carry out repairs and to introduce a cathodic protection (CP) system to greatly enhance the protection level and therefore extend the life of the structure. The plan was prepared by structural engineers from Shell, led by Hans Verheyde, and Balfour Beatty Construction Services UK (BBCS) was awarded the contract.Two major factors had to be accommodated within the repair programme. Firstly, the tidal flow that submerged the lower part of the jetty twice every 24 hours and secondly, the jetty is a fully live and very active transport hub and shipping schedules had to take precedence at all times. Round-the-clock flexible working maintained delivery of the twelve-month project.Saint-Gobain Weber's specialised repair concrete products were specified for the remedial actions on the Braefoot Bay jetty and technical application advice was provided for the active phase of the project. A suspended scaffold was designed and installed which allowed fast access when the tide ebbed so that productivity could be maintained. Traditional techniques were used to breakout the spalled and cracked concrete and to wash out the surface chlorides and clean the existing reinforcement steels.webercem five star repair concrete CP is a shrinkage-compensated, high strength, low resistivity, flowing repair concrete designed for use in conjunction with CP systems. This pre-blended cementitious concrete fully complies with the Highways Agency Specification Class 29F for high-strength flowing concrete for major structural repairs. It contains non-reactive aggregates with a low soluble-alkali cement content which is particularly important where CP is to be used. The rapid strength development and dimensional stability of webercem five star repair concrete CP – which reaches 27N/mm² in 24 hours – was especially valuable in the tidal conditions in Fife. Tight shuttering was used on the wide beam sections of the jetty to take the poured concrete which reached an integral bond with the original concrete. This process reformed the structural integrity using products with proven durability.An innovative CP system using Duogard® hybrid anodes from CPT was installed to protect the steel reinforcement with the anodes fixed into the soffits with a special CPT mortar. Where the CP installation required chases to carry the cabling, webercem HB40 high-build structural repair mortar was used to fill and seal the chases. webercem bondcoat, a polymer-modified, cementitious bonding aid and steel reinforcement primer, was first applied into the chases to ensure enhanced bonding. webercem HB40 is an acrylic-polymer modified, single component mortar and is lightweight with high build qualities. It can be applied in layers up to 75mm thick vertically, and 50mm on overhead soffits, and can be used without formwork. It was then applied onto the tacky webercem bondcoat primer and finished flush to the concrete surface.The Braefoot Bay terminal project has been completed successfully and Dewi Miller, contracts manager, BBCS, is confident that the jetty protection will extend the working life of the structure. "The products we have used are excellent and the application methods have enabled us to deliver a high degree of protection and reinstatement to the concrete structure. Working on a live site in a tidal zone has required a flexible work schedule but the whole project has worked exactly to plan and the client is very pleased with the result. The Weber materials have been the key to achieving this success."

Leading the way in environmental efficiency, KPMG’s Ignition Centre, Canary Wharf, aims to maximise the use of a large meeting area with the installation of two Dorma Hüppe Variflex moveable walls. Available from sole UK distributor and partitioning experts, Style, the Variflex system is certified with an EPD (Environmental Product Declaration) in accordance with ISO 14025 and EN 15804, reflecting KPMG’s commitment to sustainability. Style worked with MCM Architects and Mace interiors to deliver a contemporary solution that allows the main meeting room to be divided into smaller working areas - particularly relevant given current social distancing requirements.