"interface"

Floor preparation products donated by F. Ball and Co. Ltd. have enabled an outbuilding to be turned into a therapy room for Jack Tyreman, from Burythorpe in Yorkshire, who was left with severe head injuries after a road accident four years ago when he was 18.The room provides a space with amenities, including an entertainment system and sofa, where Jack can relax and enjoy spending time, with the potential for it to house exercise equipment to assist with rehabilitation in the future.After a botched construction left the original building unusable while exhausting initial funds raised for the project, local tradespeople, including Richard Forbes, owner of Forbes Flooring, stepped up to offer their services for free to complete the project. F. Ball technical representative for the North East, John Rowlands arranged for the donation of flooring installation products. Floorcovering manufacturer Interface also donated LVT and carpet tile floorcoverings.A team of three fitters from Forbes Flooring began the flooring installation by grinding the surface of the new concrete screed to ensure it was suitably smooth. A moisture test indicated that subfloor relative humidity levels were low enough to proceed with the installation without the requirement of a moisture management solution.Contractors then primed the subfloor using P131 general-purpose primer before applying Stopgap Fast-Track 30 levelling compound – the fastest setting levelling compound on the market allows floorcoverings to be installed in as little as 45 minutes after application.Once the levelling compound had cured, a combination of Luxury Vinyl Tiles (LVTs) and carpet tiles was installed over the 40m2 area. Styccobond F46 pressure sensitive adhesive was used to adhere Interface ‘Studio Set’ wood grain LVTs on one half of the room. Styccobond F41 carpet tile tackifier was used to secure Interface graphite-coloured ‘Employ Lines’ carpet tiles. The adhesive dries to a permanently tacky film that will hold loose-lay carpet tiles securely in place when subject to normal foot traffic while allowing them to be lifted and replaced at a later date should they become damaged or worn.Commenting on the project, Richard Forbes said: “At first, we were asked if we would undertake the work for a fee, but we didn’t want any payment for it. Things can be very cutthroat nowadays, and it’s good to be able to look out for other people. I’d like to thank David Edmondson at Interface as well as John Rowlands at F. Ball for supporting the project. Using F. Ball’s Fast-Track 30 meant that we could achieve a quick turnaround, allowing other trades to do what they needed to.”On the benefits of the therapy room for Jack, his mum, Julie, added: “It’s got all the things in it a young lad needs and to help him get on with life, as well as a place to relax on his own and with other people. He loves it.”

5500m2 of Optima TFC+ has been used in the completion of the brand new Science, Engineering and Environment building on Salford University’s Peel Park campus.As you can see from the photos, a striking colour palette has been used in the modified window interface details. Interpon’s D2525 Ostuni Y2211I, 3030 High Gloss & 7022 High Gloss in 3.0mm Aluminium 3103 Grade PPC were selected.The unique overhang window details were created using the 20mm overlapping joint that is standard in Optima TFC+. A bespoke sharp edge detail was added to window interface locations for dramatic effect, creating a stunning visual contrast between the bright red window pods against the white vertical cladding as per the architect’s original design intent.Sotech assembled a full-size sample rig in the factory for the client, architect, main contractor and installer to view a full scale mock-up of the final proposed solution. This ensured that any design details or install sequences were scrutinised and fully understood before the project began onsite. Sotech then created a full 3D model of the project alongside their long-term partners Metclad Contracts. This allowed both parties to identify and avoid potential issues at the design stage before panels were fabricated and delivered to site.The SEE Building is Salford University’s brand new £65 million hub for discovery and innovation. Consisting of four stories over 15,500 sq meters, the department will house the university’s departments of Built Environment, Computer Science and Networking, Mechanical Engineering and Human & Natural Science, in addition to the university’s Morson Maker Space – an additive manufacturing and digital fabrication facilityTESTIMONIALS:Jamie Brown of Sotech said: “This is yet another example how close collaboration from day one, involving the full supply chain, ensures projects can be delivered on time and on budget. The very clever and intricate window interface details showcases just how versatile rainscreen cladding can be, whilst staying within the boundaries of a fully CWCT tested and accredited system.”Naveen Sandhu at Akzo Nobel said: “Great to see this installation following an increasing trend of injecting vibrant tones into the elevation. One of a plethora of schemes in Salford and Manchester adopting our enhanced D2525 PPC technology across the envelope. Pleasure to work with the team at Sheppard Robson and delivering yet another outstanding higher education facility with Sotech.”

EVAC-ALERT, C-TEC’s powerful BS 8629 compliant evacuation alert system is protecting seven high-rise residential tower blocks in the heart of London. Guinness Square in Southwark and the Houses of Aubin, Clemoes, Maitland, Sherratt, Southgate and Sweeting in Brixton’s Loughborough Park are all managed by The Guinness Partnership, a 130-year-old charitable organisation that prides itself on providing high quality homes to improve people’s lives. The upgrading of the life safety systems was deemed vital to ensure the protection of residents living in the properties.Orestone Controls, the BAFE SP203 and SP207-accredited specialist systems integrator, was tasked with equipping the blocks with fully BS 8629 compliant evacuation alert systems to assist the Fire and Rescue Service (FRS) in evacuating part, or all, of a building in an emergency.  Ryan Mullen, Orestone’s CCO said: “Demand for evacuation systems is at an all-time high due to a combination of improved fire safety standards and new legislation. We’ve particularly noticed an increase in enquiries and orders since the new Part B of the Building Regs came in last year, as this says they must be installed in all new high-rise residential buildings over 18m in England. The new HSE ‘Be Ready’ campaign will also no doubt trigger new contracts with local councils and private companies over the next six months.”Ryan said: “We chose to specialise in EVAC-ALERT primarily for the ‘handholding’ service C-TEC provides, namely the first-class technical support that is so important on life-safety system projects. From the very first demonstration of EVAC-ALERT at our offices, to where we are today, C-TEC has supported us and our relationship has gone from strength to strength. We are experts at installation, highly conversant with the standards and because of this we have had to expand our fire division again with additional dedicated engineers to deal with growing demand. We have also started to work for other Housing Associations including GreenSquare Accord on some of their high-rise buildings.”As BS 8629 is a relatively new standard, C-TEC is very keen to ensure to educate people about its requirements. Throughout a project, the company is there to make life easier for the client, be that the consultant, the installer, the owner or building management company and they can assist with plans, technical drawings and the loop calculations required.By using the unique evacuation alert system software created by C-TEC’s R&D team and undertaking an assessment of a building, Orestone calculated exactly which devices are required. Special requirements for, say, elderly, vulnerable and disabled residents, were also taken into consideration. For example, visual indicators, vibrating pillow pads, etc. C-TEC also provided free advice and training on commissioning, cause and effects.  Ryan said: “Our engineers are constantly expressing how simple and intuitive EVAC ALERT is to install. The wiring is very straightforward and the flat interface units give you confidence that any short circuits will be isolated protecting the integrity of the loops. There’s no doubt that the system’s simplicity has allowed us to achieve minimal disruption to residents and work around their busy lives as we can be in and out of each flat in under an hour.  “Customer satisfaction is very important to Orestone and we consistently score five out of five on reviews. We take time to engage with residents and explain how the systems we are installing are designed to protect them. At Guinness Square we even held a joint open day with The Guinness Partnership to showcase the technology to residents, which the London Fire Brigade also attended and which was very successful.”The systems in each high-rise typically consist of 2-loop control panels connected to a host of single and multi-way interface units, self-testing sounders and visual indicators. Simple and intuitive, with manual controls to allow firefighters to easily operate the evacuation alert devices located inside flats on a floor-by-floor basis, the panel is stored in a secure vandal resistant cabinet which can only be accessed by the FRS using a special copy-protected key.Peace of mind that there is a Plan B if everything else goes wrong is crucial in the current climate, not just for owners and residents, but also for the fire service. By installing an evacuation alert system, building management can be confident that every precaution possible has been taken to protect the people residing in the property.EVAC-ALERT is powered by C-TEC’s CAST protocol and is fully compatible with ENVISION, its powerful new Cloud-based fire alarm remote access, service and site management software package which can be used to provide duty holders with a verifiable audit trail of system activity and device testing. 

In partnership with leading global investment firm KKR, Regal London recently completed a strategic new site at 340a Clapham Road, SW9, situated between Stockwell and Clapham North. Previously a brownfield site (tool hire depot), the site has been completely transformed into a vibrant mixed use, residential-led development, totalling 94,740 sq ft and will deliver 62 one, two and three-bedroom apartments spread over nine floors. The ground and lower ground floors also comprise approximately 18,250 ft2 of flexible commercial space. Planning permission was granted in June 2017 following a collaborative working relationship with the London Borough of Lambeth and the project reached its completion in 2021.With a high quality and contemporary design, both of which are hallmarks of Regal London schemes, the development perfectly complements the surrounding streetscape of new build and period properties, featuring a subtle interplay of façade materials including brick, aluminium and glass installed by Buildtherm Services. Ideally located for commuters, an established network of transport links is within easy reach of the development, with Stockwell Underground Station just 0.2miles away, as well as Clapham North Underground Station and Clapham High Street Overground Station both within a short walk. A thriving social and leisure scene is also nearby, led by the bars, pubs, restaurants and cafes, as well as a selection of amenities, in situ along the lively Clapham High Street and its surrounds.The undeniable kerb-appeal of this luxury residential development is testament to the design capabilities of the modern methods of construction used throughout the build and the quality of workmanship involved. The architect’s ambitious concept design called for a modern and sleek interpretation of the surrounding vernacular to satisfy planning requirements. The vision is clearly represented by the multiple challenging interfaces; including large expanses of glazing, cantilevered balconies and rooftop garden spaces which represented an important consideration within the design of the main structure and supporting steel frame systems. In order to comply with the latest building regulations for residential buildings over 18m in height, topping out at 9 storeys, Regal London also needed to ensure that all façade materials met with the requirement for non-combustibility, with a minimum EN13501-1 rating of A2, including the balconies.Over 3000m2 of A1 rated NaturAL-X brick cladding has been installed across several new elevations, with the architect having selected 3 different brick finishes to satisfy planning requirements, specifying subtle and muted tones including a textured dark, smooth off-white, and glazed white. As well as varying the colours and textures of the brick cladding, hundreds of bespoke cut and bonded return bricks were manufactured to suit the angular interfaces at balcony levels. The project design also called for elements of flexibly orientated brick coursing, with soldier courses, stack bonded and soffit return sections featuring at ground level and interspersed within the columns and beams stretching across the front elevation. The adaptability of this BBA certified innovative brick cladding system allows for modern interpretations of brickwork design to be easily integrated using standard components, without any requirement for additional structural support and with the added reassurance of all relevant system testing.Set back from the main brick façade, the top two floors featuring luxurious penthouse apartments are clad in VariAL-CF2 Concealed-fix 3mm aluminium cassettes, with a powder coated finish produced to Qualicoat standards. This CWCT tested, A2 rated rainscreen system is designed to accommodate large format vertically orientated modules, as well as complex details such as soffits, verges and goalpost details; making it eminently suitable for the balcony fascia areas too. Concealed fixings located in the panel joints are colour coated to match the panels, delivering an uninterrupted aesthetic. With long-term maintenance in mind, VariAL-CF2 allows for individual panels to be demounted, removed and replaced if required, without causing any detriment to the surrounding areas.

The Natural History Museum is protected by a network of cutting edge MxPro 5 fire panels from Advanced.Established in 1881 and renowned for its collections of life and earth specimens, London’s Natural History Museum is widely recognised as the pre-eminent centre for natural history and related research. The Museum is the third most popular in the United Kingdom and its irreplaceable 80 million strong collection is of global importance and includes numerous specimens collected by Charles Darwin.At the heart of the active fire protection for the Museum is a network of 24 MxPro 5, intelligent, multiprotocol panels, plus remote control terminals, BMS interface and a bespoke PC based graphical user interface. The network was designed, configured and commissioned by Pacific Security Systems, a long-time partner of Advanced.

Coopers Fire proudly installed multiple fire and smoke curtains in this iconic building in London.Coopers Fire was approached in 2013 to support multiple Architects and Fire Engineers to work through the difficult interface designs on the historic Battersea building that posed multiple challenges in incorporating smoke and fire strategies whilst maintaining the legacy build design.This was a great opportunity to once again put forward the innovative solutions that have attracted Architects to Coopers Fire on many occasions previously.These challenges followed with the introduction of bespoke curtain systems stretching the designs beyond the norm. There was also a need to carry out support testing to validate their capability and to offer comfort to the stakeholders.Coopers Fire offered continual support to the key stakeholders including the Architect and Fire Engineer community, giving them confidence in ongoing collaboration with Coopers Fire for future projects.The Coopers Fire product design and interfacing, complete with valid specifications, went a long way to assist a Contractors partnership decision in supplying and installing the finished product whilst enabling live design changes with the aligned Architect engaged on the project.The project required FireMaster® Concertina curtains 25m width and 12m in height of straight sections, with an integrity rating of 30 minutes.The Coopers Fire Concertina product portfolio allowed for 12m width and 8m height of straight length sections so the product needed re-designing and bespoke engineering to suit the requirements of the project.A specimen of the engineered solution was tested at an accredited fire testing lab. The specimen achieved 66 minutes integrity rating, without failure.The combined engineering design, testing and fire test data allowed Coopers Fire to meet the requirements of supplying a 25m wide and 12m high FireMaster® Open Concertina fire curtain.One major challenge of the large Concertina products was installation. The 12m drop Concertina fire curtains were installed successfully on site using a combination of scaffolding and mobile platforms and at some points with minimal headspace to work within.The Concertinas were so long that onsite redesign and engineering were required to ensure the bottom tray engaged perfectly with the headbox.The Concertina retaining guides were also so long they required onsite welding. A further four levels below the curtain drop, meant that total installation height was higher than 12 metres from the ground spanning over the voids either side of the bridge below.The Coopers Fire production and installation teams collaborated to manufacture the individual parts of the Concertina fabric off site to ensure the programme of installation was kept on time.Coopers Fire installed:47 x Vertical fire curtains7 x Concertina curtains32 x Vertical smoke curtainsThe team used for the Concertina installation specialise in this product and were able to overcome onsite challenges to ensure the huge Concertina fire curtains operated as expected and deployed effectively.

Gripsure decking has been used to complete a landmark health building. The £41 million Health Innovation One is the new home of Lancaster University’s Medical School and Division of Health Research.The state-of-the-art building is also a regional hub, which brings together industry, research partners, health and care providers, the voluntary sector and local authorities. The focus is to help improve the health and well-being of the area.With such a variety of uses and needs, it was important to get Health Innovation One’s outside space just right.BAM Construction Ltd, the firm behind the project, came to Gripsure because they wanted a safe, non-slip decking area which blended with the style of the building and its natural surroundings. Gripsure Cumaru was the ideal choice. This hard-wearing, non-slip decking range comes with a 25+ year expected in-service life.Up to 3,500 linear metres of our Cumaru boards have been used outside Health Innovation One’s main entrance and for the flooring of an outdoor seating area.“The Cumaru product was offered as a value engineering option and offered a significant saving to the specified product as well as being a high-quality solution.” said Jonah Speaks, Assistant Project Surveyor at BAM Construction Ltd.As well as the quality and look of the product, Jonah said the construction team was impressed with Gripsure’s support and help at every stage.He said: “There was ongoing support from the technical team to propose the correct fixings and interfaces to ensure long term performance and robustness.”Work was completed last year on Health Innovation One, which features various meeting rooms and event spaces – including a dedicated Innovation Lab and Business Lounge and an on-site cafe.The building is part of the wider Health Innovation Campus at Lancaster University. The site will allow external organisations to work with university experts when addressing health challenges in Lancashire, the North West and across the country.Gripsure is proud to have contributed to such an important project.

Vtec’s MaxiBeam system was included in the design for a new reception area in a corporate office building. Both the client and designer wanted a statement feature that had a real ‘wow factor’ that also worked alongside the rest of the scheme. The design involved complex geometry and integrations for a stunning acoustic wall and ceiling in MaxiBeam Light Oak finish. The project involved bespoke angled ends on the interface, precise spacing and complete integration with the lighting scheme. In addition, timescales were extremely tight so drawings with full install details and 3D visuals were turned around very quickly.

Vtec's SupaSlat and Supaline panels were key design elements in this high specification, luxury residential development in London. The foyer area showcases BESPOKE TIMBER BATTEN WALLS and a unique FEATURE STAIRCASE, whilst the post room is crowned with an impressive SUPASLAT RAFT. Vtec were specified due to the intricate detailing, integrations, complex interfaces and technical nature of this residential project. We supported the designer, an industry-leading international architect and contractor, throughout the design stage and development process through to installation, overcoming some particularly challenging programme requirements.

Project: Broxbourne Business CentreDate: 2022 Background:·        APL were engaged with the architect early in the project design and specification process·        APL worked closely with the architect and powder-coating manufacturers to select the correct colour shade for the perforated areas·        APL’s design team assisted with detailing the challenging interfaces between different cladding types·        APL provided all structural calculations Systems:·        550m² of APL SnapLoc™ traditional standing seam system in steel with a RAL 7016 PUF coating ·        700m² of APL AP18HR-Airwall™ perforated sinusoidal profile with an APL Oxide3 PPC coating ·        APL Tritherm™ GALV sub-framing to SFS substructure for APL SnapLoc™ areas·        APL AluE™ Tritherm aluminium sub-framing for AP18HR-Airwall™ areas·        All flashings, fixings and accessories  Building Location:·        Broxbourne

Project: The Renaissance Date: 2022 Background:·        APL’s strong supply-chain relationships enabled the correct specification of aluminium and paint coating for a marine environment to be secured at a time of severe material shortages·        APL’s design team worked closely with the installer, helping to detail the challenging interfaces between different cladding types·        APL provided all structural calculations Systems:·        1,000m² of APL SnapLoc™ traditional standing seam system on marine-grade aluminium with a PvF2 coating in RAL 9002 and RAL 9006·        APL Tritherm™ GALV sub-framing to SFS and concrete substructure for APL SnapLoc™ areas·        100m² of APL Custom Bespoke Newton-range castellated profile in aluminium·        PPC aluminium infill panels and copings·        Complex bespoke feature flashings in PPC aluminium ·        All flashings, fixings and accessories  Building Location:·        Hove

A hugely popular handrail design that ASF have supplied to projects in many locations. The full sized bollards that are used as post uprights give a sense of solidity and permanence, whilst the mitred top gives them just enough of a decorative nature to lift the product beyond a simple post and handrail job. In this project all welds and interfaces were polished back on site so the finished product becomes a complete unit with no visible fixings. With both double and single handrails over multiple flights and angles, this project shows how ASF can manage any project need.

Hush Pro, C-TEC’s revolutionary BS 5839-6 Grade C domestic fire detection and alarm system, is now protecting three iconic tower block developments in Manchester.Located in the centre of Piccadilly, Oxygen Towers is a striking set of three new 31-storey, 16-storey and 10-storey buildings consisting of 345 stylish 1, 2 and 3-bedroomed apartments and 12 spacious family townhouses. Designed to provide the ultimate living experience, the futuristic ‘vertical village’ combines luxury accommodation with fabulous five-star leisure facilities including a swimming pool, cinema, gym and spa. The stunning development also features lush garden terraces and rooftop gardens.Selected for its cutting-edge technology and capacity to align with the building’s fire strategy, Hush Pro integrates with the site’s BS 5839 part 1 landlord system to offer higher levels of fire protection than the Grade D unmonitored battery alarm systems typically used in domestic installations. As a fully-monitored BS 5839-6 Grade C system, Hush Pro reports open and short circuit faults and operation faults back to the fire panel and even allows management and maintenance companies to remotely monitor the system. Each of the flats features an easily accessible low-level Hush Pro Controller connected to a series of Hush Pro smoke detectors, base sounders, multi-sensors and heat detectors all seamlessly interfaced to a powerful network of C-TEC 4-loop ZFP addressable fire control panels to provide all-encompassing fire and fault monitoring of the system. If, for any reason, part of the domestic fire alarm is compromised, this will immediately be reported to the building management team to allow them to action the fault and re-instate full fire detection coverage to the flat.Said Dan Perry, Projects Manager at Solid State, the specialist fire and security company involved with the design and delivery of the project: “As well as enhancing the fire safety management, property and life protection of the buildings, a key factor in our client’s decision to invest in Hush Pro was the system’s ability to notify building management in the event of a real fire and, at the same time, its potential to virtually eliminate false alarms.”“Hush Pro’s unique capacity to differentiate between Fire Level 1, usually a false alarm reported locally in the dwelling, and Fire Level 2, almost always a real alarm activated outside of the dwelling, reduces false fire alarms, unnecessary call-outs and the risk of a real fire alarm being ignored. As our client requires immediate notification in the event of a fire but also first-class false alarm management, Hush Pro is ideal.”“Also of vital importance to our client is that, as the project consists of private balconies with an open plan flat arrangement, Hush Pro is the only fire alarm solution that can actually meet the requirements of BS 9991 Annex D3.”Said Jason Lawler, 24-7’s Group Director and the person responsible for delivering the electrical and mechanical systems for the project: “Hush Pro is an outstanding solution. The system provides residents with easy-to-use detection, alarm, silencing and test facilities so they can test their own devices, be alerted to system faults and hush any false alarms at the Hush Button which is positioned at light-switch level for safe and easy access. Hush Pro’s powerful false alarm management capability will also prove invaluable at the site.”Said Dan: “Client satisfaction is incredibly important to Solid State so we were delighted to be able to specify a robust and fully-compliant integrated BS 5839 Part 1 and Part 6 fire alarm solution for Oxygen Towers. With its capacity to provide high levels of fire protection yet also minimise costly and disruptive false alarms, Hush Pro is fast becoming the system of choice for fire strategy engineers and consultants dedicated to enhancing fire safety in high-rise residential and specialist housing projects throughout the UK.”

EVAC-ALERT, C-TEC’s new evacuation alert system, is now in operation at Delaney Heights, a radically renovated tower block in Salford.With 119 affordable rent apartments featuring floor to ceiling windows and stunning city views, the building cost over £9M to refurbish and is named after Shelagh Delaney, Salford’s famous playwright and the author of ‘A Taste of Honey’.The EVAC-ALERT system installed there comprises a powerful 3-loop panel connected to single and multi-way flat interface units, self-testing sounders and Equality Act-compliant visual indicators and vibrating pillow pads, all designed to fully comply with BS 8629, the code of practice for evacuation alert systems.Darren Moulding, Director at Supersafe, the BAFE SP207-registered specialist fire company that completed the project for The Guinness Partnership, said: “Optimum fire safety protection and the correct evacuation procedures are critical in residential buildings to protect people and property.“Currently there’s a huge demand for evacuation alert systems as Part B of Building Regs states they must be installed in all new residential buildings over 18 metres high. “EVAC-ALERT’s flexibility means it’s very easy to customise to create a cost-effective BS 8629-compliant solution for any high-rise to give owners and residents peace of mind.“We particularly liked the fact we could test every single sounder independently from the panel and that the entire system was powered up and running perfectly from the word go. Our client was very impressed during handover and, as a company, we would highly recommend EVAC-ALERT.”Joanne Stokes, Building Safety Resident Liaison Officer at The Guinness Partnership said: “Myself and Robert Murphy, our Clerk of Works were more than happy with the installation of the evacuation alert system. Supersafe’s customer service skills are second-to-none and communication with myself and our customers was first-class and kept the project firmly on track. I look forward to working with the Supersafe team on future projects.”EVAC-ALERT is powered by C-TEC’s CAST protocol and fully compatible with ENVISION, its powerful new cloud-based remote access data management software which can be used to provide duty holders with a verifiable audit trail of system activity and device testing.

C-TEC’s revolutionary new evacuation alert system, EVAC-ALERT, has been specified for a new purpose-built residential building in London.Located in the Elephant and Castle area of the London Borough of Southwark, Joyce Newman House is an 8-storey block of 40 spacious living spaces commissioned by Leathermarket JMB, Southwark’s largest resident-managed housing organisation. The affordable-housing development also features landscaped gardens, an interactive playground and a communal kitchen garden for residents to grow their own vegetables.Specified and supplied by Churches Fire & Security working alongside Blu Electrical Installations Ltd, C-TEC’s EVAC-ALERT has been designed to comply with the new BS 8629, which recommends evacuation alert systems be installed in all new blocks of flats over 18 metres to assist the Fire and Rescue Service (FRS) in evacuating part or all of a building in an emergency.The system consists of a 2-loop control panel connected to a host of single and multi-way interface units, self-testing sounders and visual indicators. Simple and intuitive with manual controls to allow firefighters to easily operate the evacuation alert devices located inside flats on a zone by zone or floor by floor basis, the panel is stored in a secure vandal resistant cabinet which can only be accessed by the FRS using a special copy-protected key.David Collins, Project Manager at Churches Fire & Security, said: “Evacuation alert systems ensure firefighters can alert occupants in a building of the need to evacuate if a fire gets out of control. The EVAC-ALERT system we’ve specified provides peace of mind for residents and, crucially, also demonstrates that building management have taken every precaution possible to protect the people residing in the property. Our client is delighted with the system.”Certified to all relevant EN54 product standards, EVAC-ALERT is powered by C-TEC’s CAST protocol and fully compatible with ENVISION, its powerful new cloud-based remote access data management software which can be used to provide duty holders with a verifiable audit trail of system activity and device testing.

Evinox will provide indirect heating and instantaneous domestic hot water to 176 apartments via our ModuSat® XR Twin Plate heat interface units. Our integrated Modbus® energy meters will connect to a third party data logger via a hard wired TCP/IP ethernet network for the collection of metering data.

Glazing Vision has helped enhance daylight ina cleverly constructed London home using ourPitchglaze Roof Windows.New build projects in built up areas such as Londoncan be challenging, however Clapton Roadis an example of excellent precision and wonderfullyexecuted construction. Gauld Architecturehave created the perfect modern home usinginsightful architectural detail and two GlazingVision Roof Windows. The drawings called formodern architecture at every corner, from zinccladding to wooden interiors.A single storey doctor’s surgery had previouslybeen converted to a residential building, butunfortunately the home had very little floor area.The property overlooked a private garden behindand suffered from damp as well as a lack ofprivacy from passers-by, and so an upgradewas overdue. Previous planning applications toextend had been refused, and so an alternativeorganisational approach was needed to improveresidential amenity.The proposed works consisted of splitting theaccommodation over three levels, with thebedroom and bathroom a half level belowground, and the kitchen and entrance at streetlevel with the living space a half level above toenable views out over the heads of pedestrians.The split helps to reduce the massing and theasymmetric roof is shaped to minimise impacton the natural light to the neighbour’s windowsand garden behind.Construction commenced on the property, andquickly it was confirmed the boundary brick wallcould be salvaged from the previous structuregiving a familiar and robust public facing edgeand provides a desired sleek finish to the wall.The home also boasts crisp zinc roofing and wallcladding detailing, providing a smooth transitionfrom the exposed bricks to the first storey.The Pitchglaze Roof Windows allowed GauldArchitecture to achieve a seamless junction withthe folded zinc, with the glazing set on the sameplane to give the roof a pleasing continuity.Internally, the glazing is sized so the externalviews are framed only by the lined reveals,with the roof window largely hidden giving asleek finish. The Pitchglaze roof windows wereinstalled by the contractor, an easy installationprocess is guaranteed by following our installvideo or consulting our installation guide. Muchnatural light is captured via the roof windows,positioned strategically to ensure good andeven distribution throughout, while set flushwith the zinc to achieve a surface tension andpleasing solidity to the roof planes. These highqualityelements and considered massing resultin a greatly improved contribution to the street scene.“Glazing Vision helped give guidance on the interface between the roof window and a buildup thatwe were unfamiliar with. Our local Technical Specification Manager was very knowledgeable onintegrating the roof windows into the roof.” – Kevin Gauld, Director, Gauld ArchitectureThe minimalist interior coupled with striking exterior design meet perfectly to ensure a modernand desired look. The Pitchglaze Roof Windows solved a lasting problem with the home and wereresponsible for providing the client with the sought after amount of natural daylight.If you are working on a project which requires rooflights or roof windows get in contact with us on01379 658300 or fill in our contact form.

Project DescriptionThe new £5.5m state-of-the-art Beacon building was created as part of a £40m investment in Staffordshire University’s City campus in Stoke-on-Trent. A three storey, metal-clad building, it features innovative learning and social spaces. These include 12 timetabled teaching areas and general teaching rooms, flexible, multi-sized space for lectures, IT labs, seminar spaces, and The Pavilion Café which offers a street-food style menu.Specific Project ChallengesMaintaining the critical system interface details from the SFSinstaller to the rainscreen cladding installer.Ensuring colour continuity from one anodised aluminimum batch to another.Unique project featuresA bespoke natural anodised plank system, designed to seamlessly facilitate linear vertical modules.New anodising finishing techniques, featuring etched, brushed and polished finishes.A fully designed and warrantied through–wall solution from a single manufacturer.

Project DescriptionThe new £6M Savoy Cinema Multiplex is the latest phase in the transformation of the former Tresham College site, which has seen Corby Borough Council and the Homes and Communications Agency (HCA) merge their land to provide large-scale commercial development opportunities. Savoy Cinemas complex is capable of seating more than 900 people across six wall-to-wall screens in spacious, stadium seated auditoria.Specific Project ChallengesConsiderable budget restraints for envelope materialsExpedited 9-month build programmeBespoke, complex curved roof and façade designSolutions OfferedSite rolled top sheets were supplied to provide a continuous seamless finish to the standing seam roof, whilst also offering time savings against programme.2mm thick, anodised aluminium plank, supported by a bespoke helping hand support system, to provide a cost effective, yet flexible and accurate façade solutionA single point 25-year warranty covering roof and façade products, including interface detailing between systems.

Topping out at 64m tall, Furnival Square hosts a brand new £35 million, 445 bedroom, purpose built student accommodation building on a prime site in the heart of Sheffield City Centre, adjacent to the Sheffield Hallam University campus.Built by McAleer & Rushe and aptly named the ‘The Gate’, the 22 storey building offers modern, quality student accommodation to support Sheffield’s thriving higher education sector. The building is designed to a BREEAM Very Good rating, developed and detailed by TODD Architects using the latest in Revit and BIM technologies.The specification called for the use of special bricks that gave depth and texture to the external skin. The 22 storey student accommodation tower also had to comply with all current Building Height Regulations for residential use and the construction team was faced with the considerable additional challenge of completing the build during global pandemic restrictions.Ash & Lacy provided over 4,000m2 of the fully-tested noncombustible, mechanically-fixed NaturAL-X brick cladding system, suitable for residential buildings above 18m tall. The system is also CWCT A1-rated and BBA certified (20/5773). Brick choice was SD102 from the Simplicity range.This lightweight system offers fast and simple installation and enabled a large amount of labor to be completed offsite, improving time efficiencies on site and facilitating just in time delivery.Over 50,000 cut and bonded corner bricks were manufactured at our in house facility, creating the deep castellating reveals that sweep across the building elevations. Soffit bricks were designed and manufactured to return underneath window heads, providing a realistic genuine brick aesthetic at key interfaces, achieving the original design intent.

BackgroundLocated in Stroud, the Park Parade, Park Road refurb project was part of a large refurbishment planned by Stroud District Council. The shopping area and sheltered accommodation scheme were given a complete revamp with internal and external work being completed.MD Group from Bristol were awarded the contract by Stroud District Council and were appointed as the main contractor. A new external wall insulation system was installed, along with an extensive refurbishment to the communal areas, external balconies and roofing. Our approved installer Elite Rendering Systems were contracted by MD Group to complete the exterior wall insulation.Alongside Elite, we transformed the premises aesthetically creating modern homes and commercial premises. The buildings were given a new lease of life, and together with Elite we delivered safe, stylish and energy efficient buildings that will help to reduce fuel bills for residents and help decarbonise the Council’s housing stock.Our ServiceOur Technical team were available to provide hands-on-guidance throughout the duration of the project. As part of our service commitment, our K Systems Site Technician regularly visited the project to inspect progress, offer support and ensure high levels of construction quality.As the ground floor of Park Parade is used for commercial premises, one challenging aspect of the project was the detailing and installing around complex interfaces such as air conditioning/refrigeration units. We transformed the outside of the properties with a durable, low maintenance solution that is fully compliant with fire regulations and fulfilled the Council’s criteria.The combination of finishes used not only delivered the desired contemporary aesthetic but provided an additional benefit of cost savings for the client. Residents of Park Parade, Park Road will enjoy reduced energy bills and better living conditions thanks to the U-value improvement.Technical Project DetailsFollowing design and site meetings with the K Systems Technical team, K Systems M (Mineral Wool) was specified by Bailey Partnership Architects and Stroud District Council. This system incorporates eco-friendly mineral wool insulation boards. As an A2-s1, d0 firerated solution, it is widely specified to provide thermal and aesthetic improvements to buildings, reducing energy usage and therefore energy costs.K Systems M, utilising non-combustible insulation, ensured the latest building safety regulations were met. Thanks to its exceptional properties, the thermal performance of the walls after installation has been significantly enhanced. A U-value of 0.27 W/m²K was achieved, which will help to reduce the residents fuel bills and reduce the level of condensation forming on the inside walls – two key objectives for the client.For the finish, high-performance Silkolitt+ silicone renders were supplied along with our lightweight synthetic brick slips (VBriQ). This combination improved the aesthetics of the buildings for its residents.Silkolitt+ silicone thin coat renders are available in a wide range of colours offering a contemporary finish. The excellent vapour permeability allows the building to breathe and prevents interstitial condensation. The flexibility of the finish provides resistance against cracking and increases the durability, ensuring a long-lasting finish to the properties. It is very user friendly, and its hydrophobic properties reduce maintenance requirements.Accredited by the BBA, the K Systems VBriQ brick slips provide top tier Cateogory 1 impact performance and are ideal for use on this project. This lightweight system is quick and simple to install and has high UV resistance while also allowing the original brick colour to be maintained. An extremely durable finish that will withstand the day-to-day demands placed Park Parade, Park Road.

Five new towers at the University of Brighton’s Moulsecoomb Campus are now protected by a fault-tolerant network of MxPro 5 fire panels from Advanced.The 13 networked MxPro 5 panels have been installed to protect the five student accommodation towers varying between eight and 18 storeys, which will provide more than 800 student bedrooms as well as ground-floor fitness facilities and amenities for the students’ union. Responsible for the fire system design, supply and commissioning were West Sussex-based Southern Fire Alarms (SFA) Ltd, who installed the equipment alongside mechanical and electrical engineers J&B Hopkins.The fire system is integrated with multiple third-party interfaces, including automatic opening vents (AOVs), sprinklers and access control. Careful consideration was given to the complex cause and effect programming that needed to be applied across the site. Each building is configured with a six-minute investigation period, with sounders on the floor of origin initiated after a single device activation. A single subsequent device activation will escalate into full evacuation of the specific tower. A master key switch has also been introduced, to allow for full evacuation of all towers if required.

HMS Belfast, the most significant surviving Royal Navy warship from the Second World War, has been equipped with L1 category fire systems from Advanced. The decommissioned destroyer, which is permanently moored as a museum ship on the River Thames in London, was fitted with eight-loop and two-loop MxPro 5 fire panels, plus a TouchControl touchscreen remote control terminal and repeater.Fitted on behalf of the Imperial War Museum, which owns and operates the historic vessel, the new fire system covers six of the warship’s nine decks, as well as its on-shore visitor pavilion.Advanced’s long-standing partner, ADI Global, was responsible for the supply of the fire alarm control panels for the project at HMS Belfast, while facilities services company Atalian Servest was responsible for the installation, commissioning and networking of the fire panels in accordance with BS 5839. The panels were integrated with around 700 Apollo XP95 detectors and interfaced with VESDA aspirating smoke detection.

Following a significant programme of compartmentation works undertaken in 2018, the 11-storey Knowsley Heights buildings have benefitted from a refit that includes installation of Advanced's EvacGo system. This is compliant with the BS 8629 Code of Practice for the design, installation, commissioning, and maintenance of evacuation alert systems for use by fire and rescue services in England and Wales.Knowsley Heights is owned by Livv Housing Group, an independent housing association, with the two buildings partially managed by an onsite manager. ABM Fire and Security Ltd undertook the complete supply, installation and commissioning of the EvacGo systems. A 4-loop, 16-zone evacuation alert panel was installed in each building. Each EvacGo panel is housed inside a STS 205 security-rated enclosure with patented BS EN 1303-compliant lock and key mechanism for exclusive access by the fire and rescue service – ensuring minimal risk of unauthorised use and full compliance with BS 8629.Audible and visual devices and interfaces were installed in the hallways of each of the 128 flats to ensure all residents, including people who are deaf or have hearing loss, are kept safe and informed.

American software giant Adobe has opted for C-TEC’s innovative SigTEL disabled refuge system at its impressive UK Headquarters in Maidenhead, Surrey.With its powerful controllers and extensive arrangement of fire telephone and disabled refuge outstations, the system is central to protecting the state-of-the-art UK offices of one of the world’s most successful software and technology-based companies. However, according to David King, Installation Manager at Niscayah Group, the company that completed the project at Market House, the installation was far from straightforward as the building already had a SigTEL disabled refuge system installed on one floor which needed to be connected to new equipment so to create one large system for the entire four-storey building.Said David: “The challenge was to interface an additional Master Controller and various outstations to the equipment already in operation. To achieve this we temporarily suspended the system and used C-TEC’s new EVC423 software to completely reprogram it once the new Controller and outstations had been installed.”Although specifically designed for the programming of larger SigTEL systems, C-TEC’s new EVC423 is also excellent for programming smaller disabled refuge/emergency voice evacuation systems.Said David: “The software proved to be a lifesaver on this particular project as it enabled us to program the entire system from scratch very quickly reducing system downtime. The fact that you can edit outstation/extension names using a PC makes programming so much quicker and easier”As a result, Market House now has a fully operational disabled refuge/emergency voice evacuation system. In an emergency situation, the system will enable clear two-way communication between building management and people located in the refuge areas to, firstly, assist rescue teams in finding people and, secondly, to let stranded people know that help is on the way.Based in London, Niscayah Group is a subsidiary of Swedish-headquartered Niscayah AB (formerly known as Securitas Systems AB). Specialising as an integrator, the company offers complete fire and security solutions for customers with high demands for security and efficient solutions.

Two types of Welsh Slate feature on the new roof of London’s Irish Embassy. The £2.5 million re-roof of the Grade II listed Irish Embassy in London, with more than 10,000 Penrhyn Heather Blue slates from Welsh Slate, has required its own exceptional levels of diplomacy. DarntonB3 Architecture had multiple challenges to factor in when it came to specifying the replacement slates, including the City of Westminster’s planning department, which was keen to see as many of the existing slates re-used as possible and required convincing to embrace the “new” metric sizes. Then there were landlords Grosvenor Estates, leaseholders the Department of Foreign Affairs and Trade, and Historic England, not to mention the site being opposite Buckingham Palace, on a “Red route” with diplomatic bays nearby, and between two of the most important Conservation Areas of Belgravia. Work began on the landlocked Grosvenor Place site in March 2018, a year after DarntonB3, who are specialist conservation architects, were appointed to oversee the project, and has just completed (January 2019). Two types of Welsh slates have been used on the former terraced town mansion with decorative metal roof crest that was designed by architect Thomas Cundy, who was surveyor to the Grosvenor Estate at the time, and built in 1868 in a French Renaissance style. Roofing contractor Mundy Roofing was involved at an early stage in the project and were ultimately appointed as principal contractor. Specialising in leadwork and natural slate roofing, they were pivotal to the project’s success. A total of 600m2 of County-grade 500mm x 300mm slates have been used on the numerous standard 30° to 35° pitched roofs while Capital-grade bespoke arrow-head slates of the same colour but sized at 400mm x 250mm were used around dormer windows on the 80° mansard roof elements that are reminiscent of Paris and feature lead secret gutter detailing around the perimeter. There is also some vertical slating to the rear elevation.  The old 5mm to 7mm thick slates had been on the roof since it was first built 150 years ago. The rectangular ones had been slightly longer and narrower, at 510mm x 255mm, while the arrow-head slates had been smaller all round, at 350mm x 200mm.  But a roof survey showed they were not laid to the correct bond or headlaps and fixing points were far from ideal and non-existent in places (the headlaps between 0 and 50mm), leading to the hardened sarking underneath becoming sodden in places. In fact, most of the roof had been repaired over the years with different types of slates using temporary lead tags or painted with a bitumen solution in an attempt to prolong its life. DarntonB3 argued that if the roof was re-installed as existing, its appearance would alter as they would have no option but to lay the slates at the correct headlap which would create additional courses. In addition, using the slightly larger arrow-head slates for the mansard roof would enable them to form a more robust detail at the abutments to the dormers and party wall.  Home to the Irish Embassy for the past 70 years, the building comprises office and entertainment space. The traditional timber truss roof featured timber sarking boards with penny gaps, a form of construction usually found in Scotland. The slates were then fixed with copper nails directly to the boarding without any timber battens. Once city planners had agreed to 100% replacement of the Welsh slates, at the new metric sizes (a process that took a year), the addition of timber counter battens, to improve ventilation of the roof and prolong the life of the new slates, was also proposed by the Architects. Mundy Roofing produced sample comparison mock-ups to demonstrate to the conservation officer this change would not be detrimental to the building’s character. As it is, the interface details where slates have been lifted has not altered the character of the building and the introduction of battens would not be known by the general observer.  DarntonB3 senior associate Matthew Jones, who was project manager and lead architect throughout, said: “Westminster City Council are regarded as one of the leading conservation-led councils in the UK, with some of the highest standards and criteria to meet, and dialogue with the conservation officer was detailed and robust. The need for wholesale replacement of the existing slate due to them being at the end of their life was a delicate decision and sufficient evidence of this necessity was proven. The replacement of the slates with metric sizes was also an extensively discussed item but the principal contractor and Welsh Slate worked with us to develop the narrative.” Keith Hamilton, an architect accredited in building conservation, acting for DarntonB3 alongside Matthew was reasonably sure Welsh slates had been used previously but was keen to ensure the correct thickness and grading were eventually used throughout the renewal process.  He said “We have specified Welsh Slate on numerous other projects and their reputation for the highest quality precedes them. We were able to argue the merits of increased ventilation behind the slates using cross battening in lieu of direct nailing to the existing sarking board, which in the majority of areas had survived over 150 years’ performance. “The risk of lack of ventilation on the lower roof pitches behind the slates was particularly relevant at the eaves and head. We had previously considered introducing slate vents and felt underlay to augment any need for ventilation but the existence of the ‘penny gaps’ in the sarking boards encouraged us, to believe that this was not required.  “This was another point of continued discussion with the conservation officer who was against an underlay in this instance. The timber sarking was found to be in remarkable condition considering the lack of existing underlay and the direct fix of the slates, highlighting the quality of the original slates. Hence, there is no secondary layer apart from the slating itself and we trust the quality of the new Welsh slate will replicate the existing quality and last another 100 years.” Due to tight access on the roof, they were also able to widen the lead gutters and set back the lower courses of slates to avoid getting them broken. All the new Penrhyn slates were holed and traditionally fixed with 38mm copper nails as opposed to clipped or other methods. The standard-size slates were able to cope with the wide variation of roof pitches and new rooflights encountered by varying the lap and gauge slightly. In virtually every case, the slate junctions are with lead or copper flashings and as it was appreciated there is some risk of staining, all lead was treated with patination oil. Using new treated timber battens for fixing the new slates proved a great success as direct fixing into the old hardened sarking boarding would have been a major problem and time consuming.  Matthew said the support they had received from Welsh Slate had been “fantastic” and included a site visit to match the type of slate, a letter explaining the need to change from imperial to metric sizing, technical drawings of the arrow-head slates, technical information on the end life of slates and their unsuitability for re-use, on-time deliveries with little if no wastage, and recommending experienced slating contractors. Mundy Roofing were on site for a total of 10 months. Work included the rebuilding of three chimney stacks, involving 30 tonnes of stone and brickwork, and restoration of traditionally-forged wrought ironwork to the pavilion roof crest, all underneath a temporary roof. Russell Mundy said: “This project was extremely challenging due to it being a working embassy but Welsh Slate were excellent with their support in achieving planning consent and the product has received widespread praise from the client.” Matthew said: “Due to the extremely difficult access to this roof, we were conscious to use a slate that will require little maintenance (if any) and satisfy appearance for an extended period of time. Welsh Slate were able to provide technical studies comparing different types of slate and their longevity. This enabled the landlord, Grosvenor Estates, that the new roof should outlast the previous roof and match it entirely with other buildings nearby. Welsh Slate’s evidence on the existing slates being at the end of their useful life, and the lifecycle information of the new slates, helped give the conservation officer comfort that the right approach was being taken for the building.” Keith added: “Essentially, Welsh Slate ensured we got the right slate, quality, consistency and sizes for the varying roof pitches and conditions. There have been no problems with mixing batches or colour variations which can occur. They also met the stringent programme requirements, reducing risks of delay from the main contractor. To our knowledge, there have been no rejects on quality of slates. “The final result is the new slating looks exactly like it was envisaged in 1868, except with the knowledge it is better-fixed and easier to reach for maintenance, with a discreet fall arrest system fitted. The client is extremely happy with the quality of the final works.” Andrea Fox, senior architect with the property management unit of the Department of Foreign Affairs and Trade, said: “The team have provided us with an exceptional and beautiful project that we know will stand the test of time and one we are extremely proud to have commissioned.” “I want to thank the Welsh Slate team for the support they provided during our project and especially in relation to protracted issues relating to the listed building consent approval.” 

An innovative door design was required for a new manufacturing process about to be introduced in the new Nissan battery plant manufacturing facility. Project/doors:100 Bespoke Conveyor screensThe challengeNissan required a unique door for a new production facility. The doors needed to give 60-minute fire resistance and be capable of completing up to 400,000 open/close cycles a year. Further, the doors needed to meet strict air leakage criteria and be able to withstand sudden air-pressure increases. The doors also had to interface with third-party equipment such as conveyor belt controls and fire alarms. Each required an LCD display control panel that provided a quick and easy diagnosis of what each door was doing at any point in time. The solution Using an already proven design solution which Hart developed for the baggage handling system in Heathrow’s Terminal 5, Hart adapted the product to suit this new requirement. As this was not a product already on offer, invention and rigorous testing were required.The successA decade has passed since the doors were installed and commissioned. The facility continues the manufacture of the battery cells and the doors remain a critical part of the success of the plant and have proved exceptional reliability and total cost of ownership

Schöck in the "Green Center". New Residential Complex in Linz.In the Upper Austrian capital city Linz, a new urban district known as the "Green Center” is being created. It will provide about 800 apartments. In this context, the Schöck Isokorb® T is a substantial component.Seven non-profit real estate developers are building a new heart for the city on an area of 87,000 m² in its geographical center – the largest urban development project in Linz for decades. As of 2016, a total of 800 apartments will have been erected and in accordance with the socio-demographic development, 50 assisted living housing units and a kindergarten – all on the site of the former freight railway station.In this complex we wanted to create "a sea of green, stretching from private gardens, terraces, loggias and balconies up to the roof tops, " explained the city officials. This is also where its name comes from.14,000 m² of parklandAll objects are being built with net zero-energy efficient features. Solar collectors are being installed on many roofs to provide hot water. As part of the thermal insulation, Schöck’s Isokorb® T thermally separates elements while forming part of the structure. It is being used here on a massive scale in different variants. Around 1,700 units were installed in five different building complexes. The versatile range of Schöck Isokorb® T structural thermal breaks allowed the planners great scope for design and energy efficient solutions, since they not only offer thermal separation and additional fire protection but also freedom of interface access (e.g. balcony to living space). In addition to Isokorb® T, Schöck Dorn (shear reinforcement, heavy-duty dowel), Schöck Bole® (punching shear reinforcement) and the Sound Protection System Schöck Tronsole® (for stairwells) were used in many installations.A total of 89 apartments with 75 balconies will be built whereby the ground floor apartments each have their own small garden. The roof surfaces are all planted. The living areas of balconies that extend outwards have an L-profile. The resulting visual plant staircase on the sunny facades creates the impression of a hanging garden for the residents and neighbors. This has a relatively striking effect and yet this version of gradation and the enclosed balustrades provides a certain degree of privacy for the inhabitants. To achieve the desired level of green, balconies are to have two flower boxes each (1.5m in length) that will be tended to by the residents. The three-meter deep balconies are thermally separated with Schöck Isokorb® T elements.Arcades thermally separated"We have done everything that is technically expedient to save energy. The Isokorb® T has been installed in the terraces and arcades" (Karrer). A solar system was installed on the roof. "All the green diminishes the specified high construction density," says the architect. Gradated terraces ensure that even in the courtyards there’s good light. The buildings were handed over in the summer of 2014.

BackgroundThe client needed a fast track solution to replace an existing cleanroom facility to meet their new process requirements. Speed to market was the key driver without compromising future flexibility, whilst ensuring compliance with their rigorous cleanroom standards and cleaning regimes.In addition, the existing building structure could not be used to support any of the services supplying the cleanrooms or cleanroom envelope and the cleanroom ceiling had to be walk on allowing access for maintenance.BriefBYES required an offsite modular solution that could simply be put together onsite with no construction activity, assemble only. The pre-modularisation had to include factory-formed access ways and cut outs for services and equipment as well as having built in low-level extract ductswithin the modular walls. The modular structure also had to support the distributed services and walk on ceiling. All cleanroom finishes also had to be modulated and manufactured off site, ready to install.SolutionMIDDAS worked closely with the BYES design team and the end user to provide a virtual modal in BIM which included all services, fitted equipment and user interfaces throughout the complex suite of cleanrooms and support areas. From here MIDDAS modularised the complete facility including walls, ceilings and the integrated structural steel work required to support the services. Where possible, the modules were kept to standard dimensions however, to ensure a truly modular solution all non-standard size elements were also manufactured off site ready to assemble. The M100 wall system incorporated the return air ducts and provided the framework to support the MIDDAS beams supporting the walk on ceiling and service

BackgroundMIDDAS were selected by main contractor SDC to design and build a two-sided specialist acoustic enclosure as part of a project to convert a storage space to an assembly and test area at Xtrac’s UK location. MIDDAS worked closely with SDC and architects at Ridge to incorporate all interfaces seamlessly within the new facility. Off the back of this small project, MIDDAS were commissioned direct by Xtrac to design and build two further acoustic test cells in the original facility.  BriefThe high velocity rotation of parts within the test chamber would generate considerable noise, so the new acoustic enclosures were designed to house gearbox test equipment and provide sound isolation and safety for the rigorous testing process. SolutionMIDDAS installed M200 acoustic partitions from floor slab to soffit to create enclosures that provided sound reduction to 33dB (Rw). The team worked closely with the Xtrac project manager and specialist doors supplier for seamless integration of the door sets. To achieve the required acoustic performance, the vision panels were triple glazed with an intermediate pane of glass. MIDDAS also developed a stepped design for the ceiling to integrate all M&E distributed services.

Hexagon Tower is a specialist science and technology facility located in North Manchester. The roofs of the laboratories were experiencing water ingress due to poor original detailing and aged interfaces. Whilst looking to replace the failing roof, the client also wanted to upgrade the insulation to increase the U-value and improve the appearance of the rooftop using a trusted system. Bauder was selected as the supplier due to its comprehensive service offering, which includes detailed report, bespoke specification, project advice and ongoing inspections to ensure a full system guarantee can be issued.

LIV Student Accommodation was completed in early 2020 by ISG Plc. Sertus worked with the project M&E contractors to deliver a smoke control system that coped with the challenges of forty metre extended corridors on the upper stories. The system comprises two Sertus Roof Mechanical Pod Residential (RMP-R) units, one at either end of the V-shaped building. The Pods are fitted with air-inlet dampers to avoid pressure build-up whilst clearing the corridors. The system also interfaces with the fire alarm system and controls a natural smoke control system on the lower levels of the building.

A multidisciplinary teaching and research building at the heart of Salford University Campus.A striking colour palette selected for the modified window interface and rainscreen cladding. Finishes: Interpon’s D2525 Ostuni Y2211I, Interpon D1036 RAL 3030 Gloss

The demand for an energy-efficient hot water distribution system was met by a single-pipe system with 850m of RAYCHEM HWAT-R self-regulating heating cables, managed by nine RAYCHEM HWAT-ECO smart controllers that interface seamlessly with the BMS. Eliminating the need for the secondary pipework of a conventional recirculation system saved space and achieved cost savings of between five and ten percent in material and installation time. Pipe freeze protection was also provided by RAYCHEM WinterGard self-regulating cables, supported by an AT-TS-13 surface-sensing electronic thermostat.

The Clowance Estate is an all-year-round luxury holiday accommodation based in Cornwall. Recently, the estate decided to include a tree house in their holiday complex which is situated in a forest location and looks over a lake.Blue Forest -the world’s leading tree house consultancy – is involved in the design of this luxurious holiday home consisting of two main intersecting circular elements (one radius 2600mm and the other 3700mm) and one rectangular zone. The tree house has an outstanding design incorporating modern materials and a bold sharp angular canopy roof.The concept demanded a complex roof design as it had to meet so many requirements for visual appearance and detailing work such as conical-to-conical and conical-to-dual pitch valley interfaces and curved fascia detail.The steeply designed pitch made the installation very challenging. As the aesthetics were an important element of this high-calibre project, it was essential to achieve excellent workmanship standards on crisp lines of the field area, drip trim facets and standing seams.The roof build up consisted of three layers of 6mm plywood which were waterproofed by 110m2 of fully bonded IKO Armourplan P PVC Membrane. Standing seam profiles were also installed on a faceted deck using contact adhesive to give the roof the desired sharp look.IKO Armourplan P is a membrane unique to IKO Polymeric. With its superior reinforcement and the use of premium quality PVC throughout, the membrane’s enhanced formulation provides ease of installation.The extra flexibility of the membrane helped to achieve the desired tight and crisp details on the standing seams. It is also completely UV stable which makes the membrane more durable.

The £29m South West College in Enniskillen, designed by Hamilton Architects LLP and built by Tracey Brothers Ltd, is the first building in Ireland to be designed to Passivhaus Premium Plus standard, delivering an average project façade u-value of 0.8w/m2K. The 8,000sqm education and community facility is situated on the prime site of the former Erne Hospital and won the 2021 BREEAM Official Public Sector Project – Design Stage Award.Amongst the most environmentally friendly buildings in the world, the Erne Campus has been recognised as a UN Centre of Excellence for High Performance Buildings. The project has joined 25 other buildings around the world as an exemplar of green construction.Metal Technology Ltd assisted approved fabricator and installer, D & K Architectural Systems Ltd, with thermal modelling of the screens and interfaces to ensure the façade’s systems complied with the stringent design requirements, using triple-glazed System 17 Curtain Walling, System 4-35Hi+ Thermal Casement Windows, System 5-35Hi+ Thermal Tilt & Turn Windows, System 5-20DHi+ Thermal Heavy Duty Doors and System 22 Brise Soleil.A challenging and rewarding project for all involved, we’re extremely proud to have played a key part in bringing this state-of-the-art, carbon zero building to life – an exemplar in sustainable innovation and design.