"internal shutters for doors and windows"

Project Name: AMRC - Advanced Manufacturing Research Centre North WestLocation: Samlesbury, LancashireMain Contractor: Cartwright PickardCompletion Date: 2021Total Cost: £11mServices Provided: RIBA stages 1-6, Architectural DesignAwards Received:Finalist in BCO Northern AwardsBest Commercial Development in the North West at RICS AwardShortlisted for Project of the Year at Construction News AwardsLancashire Project of the Year at North West Construction AwardsSystem Supplied: Bespoke Fabrications, LandMark I, SnapLok Capping, Soffits, Window LinersFusion Facades, along with AMS Cladding Limited and the supply chain, provided a high-quality facade for the University of Sheffield's Advanced Manufacturing Research Centre North West (AMRC) project. Despite the challenges posed by the global pandemic, Fusion Facades was able to adapt and deliver exceptional service.The AMRC is located at the entrance to the Samlesbury Aerospace Enterprise Zone and features a modern workspace with a flexible high-tech workshop. To blend the 48,000 sqft building into the rural surroundings, lightweight bronze metal cladding was used over a landscaped bund.As a flagship research centre for advanced manufacturing, the AMRC had to meet the highest environmental standards. The office and seminar rooms feature horizontal glazing slots with projecting cappings and perimeter framing for passive solar shading. Reflective solid panels are used within the curtain walls to reduce solar gain while retaining the articulated openings that distinguish the office and seminar rooms from a nearby main road.A neutral colour was chosen to catch the warm tones of the morning and evening light while subtly defining the different internal uses. To break down the mass, junctions between the sheets are articulated with bronze fins denoting where the structural grid occurs internally.Overall, the AMRC project has received numerous accolades and is a testament to the outstanding work done by Fusion Facades and their partners in delivering a high-quality, environmentally sustainable research facility.

TECHNAL GLAZING SYSTEMS PROTECT THE 47TH G7 SUMMIT VENUE FROM COASTAL STORMSThe stunning Carbis Bay Hotel in Cornwall, venue for the 47th G7 Summit, had a host of tried and tested TECHNAL glazing and curtain walling systems installed, all specified for their outstanding weather performance.Exeter-based Harmony Architectural Aluminium, a specialist glazing fabricator and contractor well experienced in helping develop high-end properties around the windswept coasts of Devon and Cornwall, designed and delivered the Dualframe 75 Si, Elegance 52 curtain walling, Crown Sliding Folding doors and other products in a £400K contract for the Carbis Bay Hotel. Having employed TECHNAL systems on projects from Bristol down to Cornwall for more than three decades, Harmony proposed a package of systems including the Dualframe 75 Si doors and windows to create eight beachfront lodges and a three-storey wedding venue at the landmark destination.  The Carbis Bay lodges and beautiful wedding venue are a stand-out project for us: not just because of the challenges to the location, literally right next to the sea, but because it also demonstrates TECHNAL’s value as a one-stop shop. We have the range of systems to fulfil any contract from volume housing through to the ‘Grand Designs’ type properties and commercial work.For locations such as this, systems like Dualframe, C160 Sliders and Crown Sliding Folding doors work at the scale to maximise the views while delivering the necessary resistance to wind, air and water.The fabricator, which operates a 20,000 square feet facility at Pinhoe, put forward the TECHNAL systems for the prestige project, primarily on the basis of their excellent weather performance and resistance to the aggressive marine environment. While all the systems offer a stylish appearance, the Crown Sliding Folding and C160 Lift and Slide doorsets also provided the benefit of permitting taller than normal opening heights.We were one of three companies invited to meet the owner of the Carbis Bay Hotel, Steve Baker, and his project manager, Mark Senton, following a recommendation from one of our clients in Cornwall.  We then put forward the Dualframe and other TECHNAL products on the basis of the level of support, as well as performance, the manufacturer offers.  I have been using TECHNAL systems since 1989 for contracts across the South West including schools, hospitals and other PFI projects.Harmony AA Construction of the MUV (Multi Utility Venue) building and the eight lodges was split into two phases, but ended up running concurrently: which increased the logistical challenge as the hotel remained open through the year-long period of works – including for weddings on the beach.  The fact that the buildings are right down at the level of the beach inevitably increases the glazing systems’ exposure to salt spray as well as driving rain when the weather is bad, so we relied on TECHNAL’s technical department to supply all of the relevant testing certificates to verify the corrosion resistance, wind pressure ratings and other specification requirements. There were a lot of meetings regarding this project, while deliveries to our Pinhoe plant near Exeter were kept up throughout.Harmony AAHarmony’s package for the Carbis Bay project included the design, manufacture and installation of 29 sets of two or three panel C160 Sliders: all 2700mm high, installed in the seaward facing elevations of the eight luxury lodges. Accommodating up to eight people, these also feature Dualframe 75 Si entrance screens, into which the client installed timber doors.The ground floor to the MUV building is given over to three retail units, the entrance to each of which is formed of a Crown Sliding Folding doorset standing 2600mm high. On the floor above are guest bedrooms with seven sets of 2800mm tall C160 Sliders, as well as Dualframe residential doors, giving access onto the balconies.The top floor of the venue then offers panoramic views of the bay through a series of Elegance 52 screens, with automatic opening, top-hung vents providing easily controllable ventilation while the glazing throughout is SKN 176 solar control. The curtain walling includes a run that is faceted to follow the curve of the building’s end wall, while more C160 Sliders are set behind ‘Juliette’ balconies to open out onto the stunning seascape view.Stylish in design while offering multiple opening configurations, the TECHNAL Dualframe 75 Si range is proving very popular across many sectors, including social housing and education. Not only does the uniquely designed polyamide break help it offer U-values down to 0.9 W/m2K, but Dualframe was the first aluminium system to achieve an A++ Window Energy Rating with its tilt before turn window. Additionally, PAS 24 has been achieved on every style including tilt-before-turn and pivot. Andy Hart, Account Manager at TECHNAL

The self-build project is situated in the small coastal village of Borth and stands prominent on the cliff overlooking three miles of gently shelving golden sand. The private dwelling offers a breath-taking vantage point for the homeowners achieved by Keystones carefully considered bespoke bow lintel design for a 13.7m curved span panoramic living room window on the upper floor.ChallengeKeystone’s technical team appreciates the importance of personalisation and were tasked with turning the clients dream vision for the family home into a reality. The unique structure would require a continuous irregular lintel to accommodate the variations of internal and external curves above each opening for the perimeter of the living room.The lintel was designed to incorporate the distinct feature window which will add interest to the room and soften the space where light would enter.SolutionKeystone’s technical engineer was tasked with creating a structural steel solution capable of accommodating the curved structure and unusual loading conditions – tailor made to suit the lifestyle requirements of the client.The engineer worked closely with the client to develop the lintel for the complex curved opening and provided comprehensive technical support from design through to installation. This included a site visit to ensure all measurements were accurate with minimal tolerance. For buildability and logistical purposes, the 13.7m bespoke bow lintel was delivered as five separate components and fixed together on site.The innovative and intelligent design fitted and aligned perfectly with the contours of the building and achieved the desired continual curved opening bringing a sense of flow and energy to the room. Keystone lintels also provide special lintels in stainless steel to prevent corrosion in buildings that are subjected to aggressive environmental conditions, typically in coastal locations within 500m of the shoreline.Testimonial“I was unsure if the vision I had for this project was even possible, but Keystone’s team of engineers offered a creative and effective solution, ensuring an incredibly personalised touch to the building.”Lee JenkinsSelf-builder

About the projectA stylish and unique ARC™ modular eco-building has been installed at Colchester Hospital after the Clinical Team specified a unit with an eclectic look that offered plenty of space. Now complete, the unit has opened up opportunities for patients to step away from a potentially busy hospital environment at a time in their lives when calmness and relaxation should be reflected in their surroundings. This can help improve the quality of life both for patients and their families.Working closely with KLH Architects, the Green Unit provided an environmentally friendly and highly energy-efficient home for patients requiring palliative care. The striking ARC™ building is certainly an abstract work of art and not one that can be ignored. Natural light has a proven positive effect on both mental and physical well-being, and installing FAKRO roof windows within the unit helps patients and carers stay naturally comfortable and bathed in daylight.What FAKRO products were used?To complement the eco-friendly connection with the natural environment, the unit features two FTP-V P5 roof windows which have been used within a combination structure. P5 is a very popular choice for those who prefer a more insulated option with its triple glazing offering a u-Value of 1.01 W/m²K.Glass construction from outside to inside = 4HS-Tg10Kr-4HT-Tg8Kr-33.2T:• 4mm toughened glass outer pane with an easy maintenance layer• 10mm warm TGI spacer filled with inert Krypton gas• 4mm centre pane which is toughened with a low-emission coating• 8mm Warm TGI spacer filled with inert Krypton gas• 6.2mm internal pane is an anti-burglary class of laminate 33.2 (class P2A, EN 356,1(B)1 wg EN 12600), complete with a low-emission coating

Project DetailProject: RAF WaddingtonLocation: Lincoln, UKProduct: TS.9206 High usage heavy duty architectural door closerProject DescriptionHousing electrical control equipment securely, the heavy duty doors of the substation are fitted with TS 9206 heavy duty door closers.Steel door sets and heavy duty door closers go hand in hand for the RAF Waddington. The TS 9206 Door Closers was a perfect choice due to the below factors:Mechanism has immense torque and control to combat the exposed locationHeavy duty to control the large size and weight of doors requiredVersatile for multiple door typesWhen it comes to quality, robust construction, and iconic surroundings – Rutland have the perfect door closer every time.

The market-leading Modus range of windows has broken into the education sector, having been specified for two new secondary schools in the West Midlands. With a total order value of £500,000, the schools have been fitted with Modus slim rebate casement windows in an Anthracite Grey (RAL 7016) finish, with a smooth white interior.

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.

Europa tilt and turn aluclad windows

A £40 million investment, 13 roof areas, eight different roof levels, and a steady stream of visiting students to keep happy throughout – the University of Reading (UoR) Library’s complete refurbishment was a large and challenging project spanning three years.Originally opened in 1964 and later extended in 1985, the library’s internal and external revamp was designed to increase space, improve facilities for individual study, provide better access and security across the building, and improve energy efficiency.In addition to a new-build Café extension, a new entrance canopy, a new ground-to-roof level lift and stair core extension – each featuring a new flat roof area – there were also 10 existing flat roof areas refurbished, coupled with the replacement of windows and re-cladding of the building’s exterior.Following a competitive tender based on an outline specification, Owlsworth Roofing, Sika Sarnafil single ply flat roofing specialists, impressed with the level of detail included in their quote and were awarded the contract by main contractor ISG.Roofing:Sika® Sarnafil G410-12 ELF.Sika® Sarnafi G410-12 EL.Sarnavap®-5000E SA.Sarnavap® HD SA.Primer 600.Sikatherm® PIR Insulation and Sarnacol®-2162.

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

Location: Finchley, LondonSpecwall was used on the internal leaf of the cavity walls, with a brick tie system fixed directly to the panels, cavity insulation and brick outer leaf, as well as being used to accommodate the difficult curved façades. The installation of the internal walls at Beechwood Avenue needed to begin before the development was made watertight, necessitating a product like Specwall which can be used in all weather conditions. This enabled the required programme savings on the development which allowed it to proceed on schedule.Additionally, the site was constricted and external access was not available, requiring a wall system that could be built from the inside. Specwall satisfied this condition, and furthermore, the installation provided protection for the rest of the internal works to progress before the external masonry followed at a later date.

Replacement like-for-like period style timber windows from the Mumford & Wood Conservation™ range have been installed in the thermal upgrade programme of St Margaret’s junior girls’ boarding house at the famous Cheltenham Ladies’ College. Other boarding houses at the school have also been refurbished in recent years with window replacements by Mumford & Wood.

Insulation of internal walls and ceilings for containerised units by NewSpace Containers.

DAD 009 mailboxes unit - internal use - wall mounted

Europa tilt and turn alu-clad windows

Project DetailProject: Bread Bar RestaurantLocation: Ontario, CanadaProduct: TS.9206 Heavy duty architectural door closerProject DescriptionThe Bread Bar restaurant needed a closer for an aluminium door, and it needed to work invert on the frame. The restaurant required 50 closers in total, to be fitted on a large, external door in a windy location as well as on doors throughout the restaurant. The TS.9206 was ideal because it is:A very heavy duty door closer that withstands the elementsVersatile for multiple door typesAdjustable, which simplifies set-up and ensures the door is not pulled off its hinges during installation‘It takes the hammering that entrance doors get without any query. We used the same throughout the shop with no problems.’ – Brendon Morley, Project Manager

Richard Richardson-Derry of GEZE UK looks at how a properly fitted fire door with the appropriate components can give occupants vital time to escape in the event of a fire.Despite what most people believe, toxic smoke is the cause of the most deaths in fires, as opposed to the fire itself. So what constitutes a fire door?The BWF Fire Door Alliance states the term usually refers to a fire door leaf which is the main component installed into a fire-rated frame, along with ‘essential ironmongery’ to make the door perform correctly in the event of a fire.However therein is the challenge – when not required to be a fire door it must still perform everyday functions of providing safety, security, privacy, separating different areas and reducing noise in a building.When an architect specifies door products, it is imperative that as well as achieving the everyday design requirements, factors relating to fire resistance are also a key consideration in order to achieve regulatory compliance.Under the spotlightApart from the frame and door leaf, a fire door includes a door closer, smoke seals, hinges, push pads or handles, signage, and maybe a vision panel. Each and every component must be fit for purpose; should any component fail then the whole fire door assembly could fail. And any item that is badly fitted or wrongly specified could contribute to the spread of fire.For each part of the fire door there are standards that must be adhered to.The door and frame should be installed securely and plumb and true with a maximum gap of 3 mm to all sides for a fire door with smoke protection (for a general fire door the gap can be up to 10 mm).The door closer is an important part of the fire door assembly and it is critical to specify a suitable unit and ensure minimum size EN 3 is used.All doors must be fitted with intumescent seals – they play a major role in fire safety as they will expand to around 10 times their volume when significant heat is applied.Hinges are a critical part of a door, carrying its weight and allowing free movement of the door leaf but also helping to keep the door straight during a fire episode. There should be three hinges in a fire door up to 2,100 mm high. For doors over 2,100 mm high, exceeding 150 kg, or over 100 mm wide there should be four. All hinges for fire doors should be made of steel or stainless steel and have a melting point of no less than 800°C.All relevant push pads, handles and kick plates must have the required test data and standards and should have a melting point of at least 800°C. Locks need to comply with BS EN 12209 and lever handles with BS EN 1906.Signage on a fire door is required, such as ‘Fire Door Keep Shut’ or ‘Fire Door Keep Locked’. They need to conform to BS 5499: ISO 7010.Vision panels can be introduced to a door specification for reasons of safety, aesthetics, or to allow transfer of light, however the relevant seals must still be used so as not to compromise the integrity of the fire door and only suitable fire tested glass should be used.Specifying a closer for a fire doorThere are four main types of closer – surface mounted with link arm, surface mounted with guide rail, concealed, and floor mounted closer. All should be tested, approved and certificated to harmonised standard EN 1154, BS EN 1634-1 and have Certifire or similarly approved testing. In addition, a closer should be CE marked or hold the new UKCA (UK Conformity Assessed) certificate (effective fromJanuary 2023).There is also the application to consider: which closer is best suited to the door type, size, location and intended use of the door? Another consideration is the best fitting arrangement, and again this is dependent on door type, size, location and use.There are several different configurations for a variety of applications that also need to be taken into account including fitting configurations, using brackets, mounting plates or spindle extensions to overcome specific site details. All should be specified in accordance with test evidence.Another consideration is being able to adjust the closer. The correct adjustment of the closing force is needed to ensure it meets the requirements for access under Part M and BS 8300 with Part B of the Building Regulations for fire as well. Correct adjustment refers to electro hold open, back check, closing speed, and latch action to ensure the door opens and closes safely and securely.All door closers complying with EN 1154 will have a six figure classification which should be marked on the door closer.The power of door closers according to the EN 1154 standard are rated from one to nine, for example a size three door closer has a closing force of 18 Nm (Newton Metres), where Nm is the closing force exerted by the door one metre from the hinge point. It should be noted that the minimum size allowed for any door closer on a fire door is size three.In summary, while all the component parts of a fire door must be thoroughly tested and conform to all relevant standards, the most important aspect is that they must work together as a doorset.Richard Richardson-Derry is national specification manager for GEZE UK

18th Century cloth hall reimagined as a major international cultural destination.

Complete Internal Refurbishment of the existing High Dependency Unit at Altnagelvin Hospital.

The Parap Swimming Pool in Darwin, Australia needed water tight, corrosion resistant doors that would not rot, rust, warp, swell or corrode. These doors were to be used in external areas exposed to chlorine water, rainwater and high temperatures from sun exposure. The doors needed to withstand conditions but also adopt the architecture aesthetic finish. Dortek were able to supply their GRP doors and frames to the project as it was a necessity for the doors to be water and corrosion resistant. Some of the doors were to be located externally and able to withstand sun exposure and hot temperatures.

THE PROJECTManhattan Loft Gardens is an exciting 42 storey cantilevered tower that offers ‘loft living in a high rise’ in the heart of Stratford, London.The development features a variety of residential living and facilities including a seven-storey hotel, spa, two restaurants, three sky gardens, 248 private flats, apartments, lofts and penthouses.The project was designed by the internationally acclaimed architects SOM (Skidmore, Owings & Merrill LLP). Private accommodation in the building is split between single and double-height apartments that are interwoven into the fabric of the development.Located between the Stratford International Station and the Westfield Stratford City, the Manhattan Loft Gardens has fantastic views over the Olympic Park.THE DESIGNThe design of the development is striking, with three extensive rooftop gardens slicing into the body of the high-rise tower, with the upper levels supported by a cantilever. The open-air spaces offer a modern take on the traditional London rooftop gardens, providing residents with space to relax outside of their home.The façade of the building features a combination of transparent and solid panels manufactured in terracotta and glass. The building has been constructed with a triangular geometric shape to offer a visually-interesting design, pushing the boundaries of modern high-res city developments.THE PRODUCTThe project required 148 mailboxes to securely store the mail deliveries for the residents living within this high-end development. The mailboxes are located on the ground floor in the entrance walkways with access to the mailboxes and building behind a secured external property door.The mailboxes are configured into multiple products in a bank, maximising the quantity of mail that can be securely stored in a minimum amount of space. The large banks of mailboxes are recessed into the walls of the walkways, fixed through the side, top and bottom faces of the product.The mailbox model used in this development was SLB’s brand new and impressive ‘Tile’ product that features composite doors finished in a Stainless Steel grade 316L with a vertical grain flow. This product has been used on other high-end projects such as Rathbone Square and Fulham High Street.The mailbox uses a non-standard lock with a Matt Nickel bespoke finish that secures the front door of the mailbox in style. Each mailbox features contrasting matt black engraved numbers on the face of the stainless steel door. The numbering corresponds to the apartment numbers of the residents in the development, allowing mail delivery personnel granted access to the area, as well as the resident to identify the correct mailbox quickly.They are fully designed and manufactured in our factory in Neath, South Wales.

In 2016 we were contacted by a large hotel to come up with a cost effective way of screening 60 windows to prevent insects from entering the building. We decided the box screen would be perfect as it offers ventilation and does not restrict the window from opening fully. The fitting took 3 days, the customer was happy and the screens are still as sturdy today as they were 2 years ago!

The North Northamptonshire County Council approached Care Spaces to create a Changing Place facility at East Carlton Country Park due to a high number of disabled visitors. With limited space in the existing Visitor Centre, we installed a Care Capsule™, a modular Changing Place toilet designed offsite for easy transport and assembly. Facing access challenges, the Care Capsule™ had to be delivered in kit form and assembled on-site. Electrical and plumbing services were extended to the location. To minimize environmental impact, ground screws replaced concrete for stability without harming the natural surroundings.The customisability of the Care Capsule™ allowed the client to match the unit with the Visitor Centre's aesthetics, featuring a brick exterior and a steel security door. The unit met Changing Places standards, including Fibo® waterproof internal cladding. Care Spaces provided awareness training to park staff, and the client is pleased with the results, emphasizing the importance of accessible facilities for all visitors. Cllr Matthew Binley expressed delight, stating the facility at East Carlton Countryside Park ensures worry-free visits for everyone.

Study shows the significant benefits of LLumar® films for saving energy, reducing CO2 emissions, improving thermal comfort, and controlling glare: Energy: - 3.9 year simple payback - 42 % annual savings on electrical energy - conditioning cooling - Savings of €125 800 on energy costs over operational lifetime of the film - Reduction of 46 tonnes annual CO2 emissions Thermal Comfort: - Reduction in indoor temperatures of up to 5 °C when HVAC cooling switched off - Productivity savings estimated at €40 per employee per cooling month Lighting and Glare: - Significant reduction in glare

A ‘whole door system’ which combines secure locking with failsafe emergency evacuation features has been introduced by GEZE UK to meet the rigorous PAS 24 standard.The Slimdrive SL NT PAS 24 System achieves outstanding security – one of the best on the market, whilst still meeting ever-greater demands of building requirements.The system enables 24-hour access control and has been designed and tested for continuous use. With GEZE’s unique, robust locking system that is hidden from view – the Slimdrive SL NT PAS 24 System makes it even harder for opportunist burglars to identify points of access.GEZE’s proven Slimdrive SL NT technology, together with the enhanced security testing required to achieve PAS 24 accreditation, adds up to the perfect entrance system with no compromises - security, accessibility, access control and great aesthetics.The system enables 24-hour access control and has been designed and tested for continuous use. With GEZE’s unique, robust locking system that is hidden from view – the Slimdrive SL NT PAS 24 System makes it even harder for opportunist burglars to identify points of access.GEZE’s proven Slimdrive SL NT technology, together with the enhanced security testing required to achieve PAS 24 accreditation, adds up to the perfect entrance system with no compromises - security, accessibility, access control and great aesthetics.Under PAS 24 a series of tests are performed including manual attack, in which the test engineer uses a range of tools anywhere on the door over a 15-minute period, impact testing of both ‘soft body’ and ‘hard body’ objects, and force testing in which loads are applied for up to 5 minutes. The door must withstand all of the tests to pass and achieve PAS 24 certification.These security enhancements are fast becoming key features for buildings where security with escape routes are a high priority: such as hospitals, airports, train stations and banks.The system uses GEZE’s proven Slimdrive SL NT automatic sliding operator. At just seven centimetres it is the slimmest on the market enabling it to be almost invisibly integrated into the façade. It can move leaf weights up to 125kg and is virtually silent in operation. GEZE UK worked with Jack Aluminium Systems, one of the UK’s leading aluminium glazing systems companies, to develop the new system for automatic sliding doors.The PAS (Product Assessment Specification) 24 test standard was introduced by the British Standard Institute (BSI) in collaboration with industry stakeholders and Secured By Design (SBD). A 2016 revision incorporated additional doorset and window types including non-domestic ranges and changes to some test methods and criteria.

The Mercy Hospital architects needed fire rated sliding doors for operating theatres. Due to tight space, hinged doors would take up too much swing room in the corridors, sliding doors would provide ease of trolley bed entry to the theatres. As well as a high hygienic standard, the doors also needed to have fire rating to the New Zealand fire standards due to being used in a fire rated wall. Dortek were able to provide the necessary certification for these door types. Dortek were able to provide our hygienic GRP fire rated sliding doors with auto opening and safety sensors.

Working with the project architects, our technical team helped to develop the door specification for this state of the art 86,000sqm medical research facility. Dortek designed and installed more than 500 bespoke hygienic door and automation solutions throughout the facility. This included non fire rated and fire rated single action and sliding doors and hermetically sealing sliding doors. Our doors were essential for providing protection across hazardous fire areas. Our void free doors are hygienic, easy to clean, non absorbent and do not harbour bacteria. This makes them ideally suited to research laboratories which are sensitive to contamination.

Installing a comprehensive internal and external structural waterproofing solution to prevent the ingress of ground water.

The No.1 Riser Door SystemAccess to the riser and other secondary rooms such as service cupboards are the bane of any designer’s life. The most beautiful design can be tarnished by a bank of ugly doors stuck in the middle of it – doors that are only rarely used and create an unwelcome eyesore. Quadra+ riser door systems from Selo are elegant, frameless, high performing riser doors, which allow you to create a flush seamless finish you want with the fire-rated performance you need.

A large number of Decimetric modular stainless steel sinks, from GEC Anderson, were specified for the Environmental Science Laboratory at The University of Liverpools new Central Teaching Laboratories (CTL) for the Faculty of Science and Engineering. The specification called for a high performance and durable solution that was easy to maintain.Decimetric sinks provide a flexible and versatile framework of sizes in 100mm x 100mm increments so as to enable versatility and easy specification. This particular project required large double sink bowls (400 x 400 x 250m deep) set in 1400 x 600mm tops. Each sink was fitted with GEC Anderson V220 Sand Traps to collect solids and to prevent blockages.The bulk of the sinktops were installed on the first floor Environmental Science Laboratory situated in the East Wing. They run the full length of the windowed wall and provide washing facilities for 170 individual work stations.The client demanded high specification of internal fittings and a high concentration of laboratory fittings which would endure heavy usage during their life time. Hard wearing and highly functional, the professional grade brushed satin stainless steel tops provide a long life with very low maintenance. Torsten Bauszus from ADP LLP Architects said, GECA were chosen for their ability to provide modular, professional grade stainless steel tops with no joints at the sink which will make them very easy to clean and maintain.

TS.11204 Cam Action Door CloserThe 153-bedroom Village Hotel is a recent addition to the growing Village Hotels chain. As its fitting out neared completion, we were contacted by our client, who reported a problem with the doors not being held fully shut by the closers. This would obviously be a fire safety issue and, with 307 doors to fit, was a challenge that needed to be overcome quickly.Rutland personnel visited the site to diagnose the cause and found that the door architraves were deeper than normal. This extra depth reduced the pre-tension capacity of the closer to hold the door shut.The solution identified was to increase the angle of the closer arm when the doors were closed from five to ten degrees. Back at Rutland headquarters, this design modification was quickly made to the TS.11204 closer and the revised versions supplied.They worked perfectly, thereby enabling the hotel to keep the desired door closer specification and know that all its doors were fully fire safety compliant.

Elevating Luxury Living at University Arms, Cambridge.University Arms, Cambridge, a quintessentially British hotel, embarked on a transformative journey to redefine luxury and sophistication in its 189 rooms and suites. As part of this ambitious project, Selo Doors was entrusted to supply bespoke riser doors, seamlessly blending classic Edwardian interiors with modern aesthetics while meeting stringent fire-rated and concealed requirements.Selo Doors took on the challenge of providing bespoke riser doors tailored to the unique requirements of University Arms. The emphasis on customization ensured that the riser door sets seamlessly integrated into the overall design, offering a concealed and flush appearance. The metal riser doors were crafted with precision, aligning with the hotel’s commitment to quality and aesthetic excellence.Recognizing the critical role of fire safety in a luxury hospitality setting, the bespoke riser doors supplied by Selo Doors were meticulously engineered to meet rigorous fire-rated standards. This not only prioritized the safety of occupants but also underscored the commitment to compliance with industry regulations.The collaboration between University Arms, Cambridge, and Selo Doors resulted in the creation of a luxurious haven where bespoke riser doors play a pivotal role in elevating the overall aesthetic and safety standards. The fusion of British elegance, bespoke craftsmanship, and fire-rated excellence underscores the commitment to offering guests a memorable and secure stay. This case study serves as a testament to the seamless integration of bespoke riser doors in a prestigious hospitality setting, where attention to detail and quality craftsmanship are paramount.

In September 2022, Bradbury Group installed eight ClassicAL doors at a low-rise block of flats for Central Bedfordshire Council.The replacement doors installed were a combination of Front Entrance and Rear entrance doors, providing fire integrity and security protection to the communal housing, as well as Network Communication Systems Limited, NCS, Chorus remote access management. The new intelligent door sets were designed to replace existing doors which were aged and not secure, leading to several instances of anti-social behaviour.

Residential smoke ventilation via window automation, in accordance with EN 12101-2

Work has begun on the workers’ accommodation campus at Hinkley Point C and BioClad is supplying and installing its antimicrobial internal wall lining for the units to provide a fully hygienic environment for those working on the project. The campuses will have a total of approximately 1,500 en-suite rooms, all featuring BioClad antimicrobial internal wall linings. BioClad wall lining is a cost-effective alternative to tiling and offers superior hygiene through it’s silver-ion technology which kills microbes by 99%.

CBRE wanted to replace their existing automatic doors at the front and rear of their newly refurbished building with stylish doors which are safe, reliable and ensured effortless pedestrian flow. Two record K41 stainless steel four-leaf revolving doors constructed from glass to provide a modern, minimalistic look were installed. A stainless steel swing door complete with a record DFA 127 operator has also been installed next to revolving door at the main entrance to provide a wider opening for disabled access and deliveries of large, bulky items to the premises.