"mains gas fittings"

SystemINFINITY BY GENERIXMaterialGREY TRAVERTINEMain ContractorQUBA CONSTRUCTION

We have been working alongside ModuleCo, the provider of fast-track modular construction of complex, fully-fitted healthcare buildings to the NHS and other healthcare service providers. This has involved us fitting out the facilities in situ at ModuleCo’s manufacturing facility, so they’re ready to deliver to hospitals around the country. The modular buildings we have fitted out include operating theatres, reception areas and consulting rooms, which are assembled offsite at the ModuleCo factory, and then delivered to the hospital location and put straight to use.

Leading tiling specialist uses Ezy-Fit for prestigious regeneration projectAshbury Tiles Ltd uses Ezy-Fit Tile Access Panel Kit in contract with property developer Telford Homes for prestigious Nine Elms regeneration project in London.

Besides all the technical benefits with fume hood fittings from BROEN-LAB, it just looks better when the appearance on all fittings are the same. With BROEN-LAB fume hood valves, you have a variety of choices for industrial and educational applications

Harbour Central is one of the most recent developments in Canary Wharf, one of London’s two financial centres. There will be 5 residential buildings and a leisure complex. The main building of the development will be the Maine Tower with 42 floors. The upper floors are quite promising, as they will comprise breath-taking panoramic views of London. The Effisus Breather breathable membrane was the chosen solution for this project, in order to ensure the watertightness of the façade, and, at the same time, to allow ventilation of the façades components.

System - Genius PrimeMain Contractor - McAleer & Rushe Installer -  IMPERIAL FACADES LTD

GEC ANDERSON OFFERS PRISTINE PERFORMANCE FOR UCS SPORTS PAVILIONThe fit out of a major new academic sports facility in North London has included the selection of custom built sinks, work-surfaces, shelving and other stainless steel units, manufactured and installed by sector specialist, GEC Anderson.The University College School Sports Pavilion in Hampstead has been designed by Marcus Beale Architects (MBA) with LIFE Build Solutions of High Wycombe filling the role of main contractor. The area was farmland until the 20th century. The use as playing fields dates from the 1920s.The 18th month project encompassed upgrades to the schools playing fields themselves and the erection of a two-storey structure with extensive changing room facilities, showers and toilets on the first floor. The comprehensive catering facilities include kitchens large enough to serve a dining area which can seat 200. Amongst the stainless steel fabrications designed and fashioned by GEC Andersons highly experienced workforce are a number of base units which combine with single section work-surfaces, sinks and splashbacks to create an easily cleaned, hygienic and ergonomic working environment.As well as the actual kitchen, GEC Anderson also supplied adjustable wall shelving and an L-shaped, three level base unit for a food storage and preparation area. In several places GEC Andersons site survey and subsequent liaison with the project team, which also included The Litmus Partnership Ltd. Catering Consultants, led to units being tailored to fit around structural columns and to accommodate different sized pieces of catering equipment.The stainless steel back bar, with associated fabrications and appliances were also supplied and installed by GEC Anderson.A spokesperson for MBA commented: In 2015 MBA won an invited competition to design a new sports pavilion on the site. Thorough analysis of the topography and the wider views led to a radical design for a pavilion in two parts, linked by a bridge angled westwards to align precisely with the Wembley Arch.

In Rugby, 57 aerial masts and a radio station are the genesis for the beginning of a new town, centred around the recently finished Houlton School. The carefully considered design of the School by Van Heyningen & Haward (VHH), is the successful retrofit of a collection of historic, grade 2 listed radio station buildings. Its cost-effective evolution into a thriving, sustainable secondary school comes through the careful integration of the previous buildings and by choosing to use products that fitted soundly within the pre-existing vernacular.Adapting the original framework to today’s standards was a job that took years to come to fruition, careful application of steel frame and the restoration of the original brickwork has meant that the two main listed structures, Transmission Hall and Power Hall will become a place of learning for generations of students. Handmade clay bricks provided by Michelmersh were vital to the restoration of the project, where they were used to ensure the structures could be repaired and retained rather than rebuilt from the ground up.Throughout the project, various elements of the building's industrial past have been retained, with arched windows and high ceilings to ensure that the history of this nearly century-old building is revered, but not overpowering compared to its newly instated modern sensibilities.Houlton School recently won the Refurbishment Category at the BDA Brick Awards.

Project: Teeside University, The CurveProduct: Gustafs Linear Rib in OakArchitect: Austin-Smith:Lord, LiverpoolInstaller: BAM ConstructionArchitect: Austin-Smith:LordTeeside University, The Curve Teaching and Conference Centre.Photo by Martine Hamilton KnightSpecification: Gustafs Linear Rib Oak30 & 38mm Deep 22mm GapsQuantity: 6,535 linear metres 941m2LSA Projects Ltd are proud to share with you one of our favourite Gustaf Linear Rib projects; The Curve Building at Teeside University in Middlesborough. The new £20 million, 4 storey campus features classrooms, conference facilities, and space for exhibitions and events as well as a large lecture theatre.The new building, part of a £30m regeneration designed by Austin-Smith:Lord Architects of Liverpool, is raising the profile of Teeside University as a leading institution for higher education in the UK.The Curve precedes upgrading and refurbishment of the science and engineering facilities at the University as well as an extension of the health and fitness centre.Gustafs Linear Ribs are predominantly found in the main atrium and break-out space in The Curve, the natural Oak veneer and 22mm gaps (36% open area) provide the space with acoustic dampening as well as colour, warmth, and texture. The ribs make for a stunning contrast with the clean white walls and stairways and the glass facade fills the space with natural light.

SystemGenerix Lite RainscreenMaterialJura SandblastedMain ContractorDetraffordInstallerStanmore

System - Genius Prime (Anodised)Main Contractor - ARUPInstaller - INTERSERVEArchitect - HKS ARCHITECTS

System - Genius Secret & Discrete Main Contractor - MACEInstaller - Simco EFSArchitect - AZPML

System - Genius PrimeMain Contractor - SHAYLOR GROUPInstaller - HORBURYArchitect - IDP GROUP

System - Bespoke Planar & Genius DiscreteMain Contractor - HILL GROUPInstaller - SIMCO EFS

System - Genius PlanarMain Contractor - GALLIFORD TRYInstaller - LONGWORTHArchitect - FBM ARCHITECTS

An exceptional Berkshire new build has been enhanced by incorporating made-to-order timber windows and doors from Lomax + Wood Limited. The main window used is the timber spring balanced sash window. A key feature for the developer was that Lomax + Wood offers a complete service from design all the way through to installation.Lomax + Wood designed, supplied and fitted their made-to-order timber spring balances sash windows which helped create the period appearance for this amazing new build project within the constituency of Windsor.Part Q compliant43 made-to-order timber Spring Sash Windows Concealed Spring4 Bifolding Doorsets3 French Doorsets1 Entrance doorConcealed SpringsRal 9010Ovolo MouldThe Lomax + Wood high-performance timber windows and doors are manufactured from engineered knot-free timber for strength, stability and durability. The factory finished paint system is spray applied and micro-porous, which allows the timber to breathe. All the frames are supplied factory finished, with all ironmongery including espagnolette locking. The timber windows and doors are double or triple glazed internally for security; all are tested independently to achieve PAS 24:2016, BS 6375 Part 1, 2 and 3.Lomax + Wood are committed to sourcing from sustainable sources; to this end, we have worked hard to achieve FSC® Chain of Custody which is deemed by many to be an environmental gold standard. This work was undertaken in partnership with BM TRADA who are also considered to be a mark of quality in our industry. FSC® Chain of Custody is not the same as a timber window and door supplier providing FSC® documents for the timber alone. The Lomax + Wood FSC® Chain of Custody ensures the timber is FSC® from the source through to installation, if Lomax + Wood site fitting is specified, which is within the scope of our certification.Lomax + Wood are able to provide a made-to-order timber window and door solution to architects, private customers, developers and builders across the UK and our website demonstrates the vary varied styles and projects that we have been involved with.Lomax + Wood can provide made-to-order timber windows and doors, including composite aluminium clad with a supply only or supply and fit option. Timber windows and doors are available with specialised double, triple or single glazing to meet performance and conservation are requirements. Contact us today to learn how we can help you with your project or so we can provide you with a quotation.

Glazing Vision worked closely with Architect, A R C Architecture Ltd, and Contractors, Matrod Frampton Ltd, on this incredible project located in Lymington, Hampshire, where the client was looking for their new pool room extension to include a large, flat rooflight, creating a peaceful and naturally lit room, perfect for a relaxing swim. They were also looking for a rooflight within the loft area of the home to allow natural daylight and ventilation to the space.Glazing Vision’s Flushglaze Fixed Multipart Rooflight in Slate Grey Matt was specified for the roof of the pool house, which was an impressive 3800mm x 10360mm in size, which almost mirrors the size of the swimming pool below.Bespoke glass was selected for this particular project. The double-glazed outer pane was made up of heat soak tested, toughened glass which offers a greater resistance to thermal stresses and provides better protection against glass breaking, reducing risk of injury, essential with a pool directly below.Argon gas filled the space between the panes of glass which helps insulate the room and minimises the transfer of heat through the glass along with a black warm edge spacer which is an insulating plastic composite material that becomes a barrier to heat loss.The inner pane consisted of heat soak tested, toughened, PVB laminated glass which prevents glass shattering under impact by holding the shards together on the membrane so they cannot become lethal, and includes a soft coat low E rating of 1.1, helping with the energy efficiency of the room by reducing energy costs.The product was tested to class 1 in accordance with CWCT TN66/67 which is essential for rooflights which might be walked on for occasional cleaning/ maintenance activities, and which will therefore need to support both the weight of people on the glass and their equipment, which may be required on this occasion.The rooflight was supplied in 6 sections with internal back-to-back angles at the joints between each section. The 6 sections were sized to achieve an equal split when viewed from underneath.Our Skydoor Electric Hinged Access Rooflight was specified on the roof of the loft space which is ideal for ventilation and regular access, and offers natural daylight to the space below. Intelligent actuators ensure synchronized operation between the two supporting mechanisms, so the Skydoor opens to a maximum 87° in one fluid, trouble-free motion, providing you with easy access to the space above.The glass was a double-glazed unit comprising of a heat soak tested, toughened, soft coat low E (1.1) outer pane, with Argon Gas within the space between the panes and black warm edge spacer, with the inner pane consisting of heat soak tested, toughened, PVB Laminated glass, and was also tested to class 1.Both rooflights were expertly installed by our sister brand, Glazing Renovations.“Glazing Vision were helpful in explaining the two different upstands required for the different glazing systems. The installation team were helpful and carried out their work in a professional manor.” – Steve Davies, Site Manager, Matrod Frampton.

The Royal Hampshire County Hospital in Winchester is a District General Hospital serving much of central Hampshire and is one of three hospitals serving a population of approximately 600,000 across Hampshire and parts of west Berkshire. Just Floors were asked by the Hospital Trust directly to help out with a Health and Safety issue on around 70 steps that are located outside the main Hospital building. The steps run from the car park level that is situated at the top of a hill down to the main hospital building that is on a lower level.

Acoustic Boards were used to assist with the reverberation within the main hall and assist with the overall acoustic performance.

System - Genius PrimeMain Contractor - BAMInstaller - FCB BUILDING & ROOFINGArchitect - PARK/PAGE

SystemGenerix Lite RainscreenMaterialJuraMain ContractorWATKIN JONESInstallerMETAL TECH

System - Genius PrimeMain Contractor - ERIC WRIGHT CONSTRUCTION LIMITED Installer - Axis Envelope Solutions

SystemGenerix Lite RainscreenMaterialBASALTINEMain ContractorBOWMER & KIRKLANDInstallerSIMCO EFS

SystemGenerix Lite RainscreenMaterialVOLGAMain ContractorBOWMER & KIRKLANDInstallerSIMCO EFS

System - Genius PlanarMain Contractor - BERKELEY HOMESInstaller - ALUMETArchitect - ALLIES AND MORRISON ARCHITECTS

System - Corten (Perforated)Main Contractor - H.H. SMITH & SONS COInstaller - CUBIC FACADES LTD

PROJECT: BLACKWALL REACHLOCATION: LONDONMATERIAL: GRCFINISH: PORTLANDMAIN CONTRACTOR: HILLS PARTNERSHIPS

PROJECT: THAMESIDELOCATION: WINDSORMATERIAL: WEST CASTFINISH: PORTLANDMAIN CONTRACTOR: SHANLY HOMES

The high-quality health and fitness changing facilities were fitted with leisure glass lockers in the form of our leisure lockers in one compartment, two-compartment and three compartments fitted with 10mm glass-silk blue doors. We also supplied cubicles, bench seating, IPS which complemented the area. The wet side changing and dry sports changing areas were supplied with leisure lockers. Locker doors were selected from the Formica range in a mix of violet, heather and grey, red, yellow and oak, leaf green, lime and grey and tropical blue, blue and grey.

When a major blaze swept through the sports pavilion at Verulam School in St. Albans, only one thing was left standing in the changing rooms - the Boyco fittings. Even after the roof had fallen in and flames had gutted the changing block, the Boyco benches and peg rails were still firmly in place. The suspected arson attack at the Sandy Pit Lane site caused extensive damage and the entire pavilion needed rebuilding. As a fire fighter at the scene explained "The pavilion was made of wood and concrete with a tar and bitumen roof so it was pretty flammable".Rebuilding the pavilion had to begin straight away to restore full sports facilities to the school. Boyco was asked to join architects Mouchel on the team tasked with building and fitting out new changing rooms – nine years after they designed and supplied the original fittings. Boyco and Mouchel already had a proven partnership having worked together on numerous projects in the past. The timescale was tight. The Boyco team had just a month to present full proposals and design and manufacture the fittings. The team’s made-to-measure design – a replication of the original one - incorporated benches with integral peg rails and shoe trays. The steel fittings were coated in-house at the Boyco factory using the company’s renowned ‘Hot-dip’ nylon technique, exclusive in this sector to Boyco. The coating, derived from 100% renewable castor oil, is four times thicker than other powder coatings and gives fittings superior durability and performance. ‘Hot-dip’ coated fittings offer astonishing resistance to damage, abrasion and, as Verulam School proved, fire. The surface is also exceptionally hygienic with anti-microbial power that reduces bacteria by 99.99%. For added visual impact, ‘Hot-dip’ designs come in wide range of colours. Timber parts of the fittings also bring together superb performance with impressive environmental credentials. Water-borne timber lacquers provide a high quality finish on our standard American White Ash which are non-toxic, anti-microbial and non-flammable. All timbers are sourced from sustainable, fully approved forests. 

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

SystemGenerix Lite RainscreenMaterialJura SandblastedMain ContractorWATKIN JONESInstallerASTLEY FACADES

SystemGenerix Lite RainscreenMaterialHONED JURAMain ContractorFormation ConstructionInstallerSOUTHERN MAZE

SystemGenerix Lite RainscreenMaterialSTANTON MOOR STONEMain ContractorBARR ConstructionInstallerLAKESMERE

System - Genius SecretMain Contractor - BOWMER & KIRKLANDInstaller - SIMCO EFSArchitect - HADFIELD CAWKWELL DAVIDSON

PROJECT: KEW BRIDGELOCATION: LONDONMATERIAL: GRCFINISH: CANTERBURY/BLACKMAIN CONTRACTOR: DWG GROUP