"technal"

Sirius and Ganton Academy is a dynamic 21st century learning environment created to accommodate state-of-the-art facilities in Hull. It is also the UK’s first academy to be constructed using Technal’s revolutionary low rise glazing system.

The re-development by Liveman Properties has converted the Dock Office into a mixture of one, two and three-bedroom apartments, with an additional 14 new duplex apartments constructed on the existing building roof. DV Architects, Liverpool, specified Technal’s MX Toggle Glazing curtain walling for the steel frame extension and Technal FY65 windows. Architect Billy Hodge commented, “The Dock Office is a local heritage asset and great care has been taken to make sure that the character of the building is not altered.

Sustainable construction was placed at the core of the first Enterprise Zone office development at Loughborough University Science and Enterprise Park (LUSEP). Featuring TECHNAL aluminium curtain walling, windows and door systems with the curtain walling extruded using Hydro CIRCAL® 75R contributing to reducing the building's carbon footprint and helped to achieve the BREEAM Very Good rating awarded. This £22 million project begin in February 2019 and comprises of a 7,500 sqm nett area. four-storey building which houses the headquarters for the leading software company, The Access Group. When completed in November 2020, the office development, funded by Leicestershire County Council, is said to be the largest, single-occupier office deal in Leicestershire.The TECHNAL team were approached to offer specification solutions to suit the aesthetics and meet the technical requirements of the project. Designed around a central core with a linking wing either side, aluminium Curtain Walling spans vertically, with the facade also incorporating aluminium casement windows and doors. 

We adapted our aluminium window specification to meet the narrower than normal vent dimensions at the best-in-class £52 million student village in Coventry, balancing requirements for daylighting, ventilation, student safety and aesthetics. A total of 3,500 sqm of aluminium windows together with aluminium curtain walling and aluminium high-traffic doors were fitted at the 893 home development. The installation not only contributed to the creation of an uninterrupted, zero combustible facade, but also provided maintenance solution for the building owner. Paradise Street has been architecturally inspired by the originally medieval city of Coventry. The scheme's homes are arranged in a wall, and three towers to address the busy ring road, with a gatehouse opening into a 2,000 sqm piazza. Balancing the ventilation and necessary daylighting requirements led to the introduction of a fixed and opening vent to each room. This presented a whole new design challenge when it came to the window detailing, hailing a true example of design and technical collaboration between the architect, contractor, fabricator and TECHNAL. Complementing the subtle textures used for the facade's anodised aluminium panelling as well as the interior colour scheme, the TECHNAL systems are dual colour. Externally they are finished in pearl beige and white, internally. Other TECHNAL systems used for this project include the visible grid curtain walling. This is installed into an angled brickwork detail, creating an interesting wedge shape design to the common room space. To the main entrance, TECHNAL high traffic aluminium doors have been installed and tested to Secured by Design standards. These feature maglocks and automatic gearing that are tied into the building management system, ensuring all doors open in the event of an evacuation.

MODERN COASTAL ARCHITECTURE CREATED USING TECHNAL SYSTEMSLayered recessed glazed facades, created using TECHNAL aluminium systems, maximise occupant views and deliver a sleek seafront architectural focus for new, luxury apartments overlooking the beach at Gorey in Jersey.Designed by Jersey-based Morris Architects, the development called The Beach comprises six apartments across four floors with undercroft car parking. Constructed by main contractor, Camerons, the glazing package was coordinated by installer Style Windows who worked with fabricator Bonam and Berry Ltd to develop the specification. “Using layered glazed balconies and recessed facades, the building takes on a stylish streamlined appearance. A sweeping corner provides an open, translucent structure, which minimises impact on the adjacent cottages and the beach. Secondary vertical columns have been used to help articulate the horizontal curved form of the balconies.”Ricardo Marques, architectMaximising the beautiful view for the building’s occupants using minimal profiles was a priority for the design team, without compromising the façade’s weather performance at this exposed location. This was achieved using a range of aluminium systems from the extensive TECHNAL range.  For easy access to the balcony area on the seaside elevation, the TECHNAL C160S Lift & Slide aluminium door system has been installed to each level, combining minimal sightlines and high thermal performance with a user-friendly slide action that glides, effortlessly. One of the door sets is an impressive 4.5m wide x 2.4m high, comprising only two panes, both of which are sliding. "Coastal developments always require a diligent approach to glazing specification. The architect had a clear vision for the building and the facade required a precision specification to achieve the right balance between aesthetic and performance in relation to the building's exposed location. Whilst installing beach-side was challenging, the finished facade looks impressive."Dave Sutcliffe, Style WindowsTo achieve the curved glazed corners at each storey level, TECHNAL Elegance 52 ST Curtain Walling has been fabricated to the specified quadrant, with an external radius of 1.9m, resulting in an impressive glass arc width of almost 3m. Combined with the 2.4m floor to ceiling height, the Elegance 52 ST system has allowed for a truly breathtaking sweeping curve to the building. Internally, the mullion of the curtain walling aligns perfectly with the adjacent Lift & Slide doors, giving the façade an elegant, continuous flow across the elevation."This is the beauty of TECHNAL systems. Even with the high wind loads of this exposed location, we have been able to create a sleek facade solution."Ricardo Marques, architectOther TECHNAL systems used on the project include four single doors and one double-set from the Dualframe Dualsecure 75mm range as well as its STII Doors to the entrance and escape doors. A selection of Dualframe 75mm SI windows in top hung, side hung and pivot configurations have also been installed throughout the building.Taking advantage of the dual colour facility and to combat the extreme weather conditions of this coastal location, externally the systems are anodised to Anolok™ Umber 543 in contrast with the white rendered walls. Internally, a white powder coat finish has been used to maintain the light bright design inside the apartments.To the north facing elevation, standard low-e toughened glass was specified with the rest glazed using solar control glass."Bonam and Berry has supplied TECHNAL architectural aluminium products continuously for over 40 years, and uses the complete range of systems for residential, commercial, educational and all public and private sector applications."Andrew Spencer, Commercial Director at Bonam & Berry

Caton Court, part of the wider Lawson’s Quay site, is currently being built by Eric Wright Construction for the developer Hines UK, while Preston based LDG Contracts is the specialist fabricator which chose to utilise the Technal MX curtain wall and FY65 window systems for the first phase of the project.

The University of Nottingham’s Advanced Manufacturing Building used TECHNAL GEODE MX 52 Visible Grid Curtain Walling, SOLEAL FY 65 Windows and PY 55 Doors. Selected by architects Bond Bryan, the TECHNAL aluminium systems offered a cost-effective, thermally efficient solution that was backed by outstanding technical support both prior and during construction. The state-of-the-art training and research facility, located at the entrance to the Jubilee Campus, has enhanced the University of Nottingham’s Faculty of Engineering. The building features teaching facilities, laboratories and workshops, and houses the Rolls-Royce University Technology Centre in Manufacturing Technology.

Pavillion Point is a Purpose Built Student Accommodation (PBSA) development on London Road in the centre of Brighton in East Sussex, close to the University of Brighton's main campus. Managed by student accommodation specialist Fresh, the building provides 232 student rooms, dedicated social and study areas, a gym, cafe, multimedia space and landscaped courtyard as well as retail units on the ground floor. The five storey development, designed by Corstorphine & Wright, targeted BREEAM Excellent standards as well as high levels of acoustic performance.In addition to the TECHNAL windows, curtain walling, doors and sliding systems chosen, the external facade features a clay brick slip system for the ground to third floors with a grey rainscreen cladding on the set-back fourth floor. The use of TECHNAL's aluminum systems contributed to creating an A1 rated non-combustible facade, a client requirement given the increased focus on fire safety.To ensure high levels of natural light in the student room, the design features large floor to ceiling windows. The aluminium tilt before turn windows were installed above a fixed glazing panel to create this feature. The TBT windows were selected as the inward tilt opening provides suitable ventilation whilst ensure the safety of the residents. The aim of achieving BREEAM Excellent certification as well as the building’s location on a busy road meant that the door, window and curtain walling systems had to also meet a number of specific performance requirements, not least a high level of acoustic performance. This was a challenge due to the size of some of the panels included in the design. TECHNAL system allowed a 41dB sound reduction to be achieved while optimising the weight of the glazed units.

Eastside Locks is a 17-storey student accommodation block located in the heart of Birmingham. High-performance aluminium windows and doors from Technal have been incorporated into the off-site modular design. The £30m construction at No.1 City Locks is on what was a brownfield site alongside the Digbeth Branch Canal and forms part of the city's long-awaited Eastside Regeneration Project.

Located on the north side of Wrexham town centre, the BREEAM excellent Yale Campus one of the largest projects undertaken by Coleg Cambria across its network of six campus sites, which has a base of 7,000 full time and 20,000 part time students.Maximising daylight and ventilation, the glazed façade spans 1,200 sqm across the building. Specified for proven performance and thermal insulation, TECHNAL curtain walling offers a fully capped, mullion-drained solution. With an aluminium substructure width of 52mm, it creates a slim sightline while also providing the necessary strength and inertia requirements.Contributing to higher credits for the critical Energy 01 part of BREEAM, which is concerned with the reduction of energy use and carbon emissions, TECHNAL A-rated Dualframe 75 Si windows offer exceptional energy efficiency. For the Yale campus, a U-value of 1.1W/m2K was achieved. As well as being inserted within the curtain walling, the windows have also been fitted in a vertical panel format to create a striking rectangular pattern within the gold cladding.

The Silverstone Interactive Museum is a 600m­² motorsport exhibition located at the world famous Silverstone Circuit in Northamptonshire. The £22 million building, built with a contribution from the National Lottery Heritage Fund consists of a fully refurbished WWII aircraft hangar and a new two-storey extension which serves as the entrance to the exhibition. The TECHNAL curtain walling was a key part of the design and enabled large spans of glass to the front and rear of the building. This provides contrast to the iridescent finish and rainscreen cladding. This curtain wall system enabled large panel sizes of up to 2.8m high and 2m wide without additional steelwork that would have detracted from the intended design and added to the cost. The exposed location meant that airtightness and thermal efficiency were also design considerations. Our curtain walling features a thermally broken construction and high levels of wind and weather resistance. Due to the nature of the building and location close to the circuit, the goal with the acoustic requirements was to achieve a balance of reducing the sound from the track without completely eliminating it. This was achieved with TECHNAL systems using standard double glazing without the need for acoustic glass.

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 Selection of a sustainable facade system from architectural aluminium specialist TECHNAL satisfies the requirement to deliver a sustainable and energy efficient building for the University of Bath's Institute of Advanced Automotive Propulsion Systmes (IAAPS) - a new, world-class automotive propulsion research facility in Bristol, constructed to achieve BREAAM Very Good standard. The 11,464 m2, two-storey building was designed by architect Stride Treglown who partnered with DKA Architects to realise this ambitious project. Main contractor Rydon constructed it as a single-stage Design and Build contract. The impressive front elevation façade features TECHNAL GEODE MX curtain wall, which is manufactured using Hydro CIRCAL® 75R recycled aluminium - a prime-quality alloy made with at least 75% recycled post-consumer scrap aluminium - the highest share of recycled aluminium on the market.  Stride Treglown Project Architect, Victor Martos, explains why this was such a smart specification choice when constructing to BREEAM standards: “Originally, we had specified another system but switched to TECHNAL as it uses CIRCAL recycled aluminium and REDUXA low-carbon aluminium, which makes the system very attractive for buildings such as IAAPS that target a high level of environmental performance.” Fabricated and installed by Bristol-based Architectural Aluminium and Glass Ltd (AAAG) to a planned eight-week delivery programme, the curtain walling combines a linear and an arc section on plan to create a striking faceted façade that runs 43m and is 10m high. The double-height curtain wall joins the rectangular arched entrance at a sliced angle. Project Architect, Victor Martos talks through the architectural intent, he said: “Aesthetically, it was important for us to highlight the vertical joints over the horizontal joints so as to emphasise the height of the glazing and maintain the architectural proportions with the main entrance arch alongside. The TECHNAL curtain walling system allowed us to achieve this. It is very flexible in terms of the design options for mullions and transoms.” Vertically, the curtain wall mullions have an additional capping piece or “fin” finished in an Anthracite Grey powder coating (RAL 7016). This extends 200mm beyond and goes all the way from the base to the head of the curtain wall, creating a vertical trame design. On the horizontal, SSG silicone sealant transom joints offer a seamless look. “The fact that the external fins could be self-supported without the need of additional structure or ties was fundamental to achieving the desired verticality,” adds Victor. AAAG Bristol Estimating Manager Richard Flicker details how the façade was constructed: “Each vertical height section is split into four panels, which alternate between vision glass and lookalike, opaque spandrel panels to conceal the M&E services behind.” The glass specification is continuous to maintain the same level of reflection and uniformity across the entire curtain wall. It also had to meet thermal requirements, as Richard explains: Thermally, the façade had to achieve low heat gains through the façade, which meant careful glass specification. “Following numerous calculations and close discussion between myself and the construction team, Saint Gobain COOL-LITE SKN 154 solar control glass was selected. This offers a low G Factor (0.28) and helps control the amount of heat that penetrates into the building by reflecting it back to the outside.” The open plan office space behind the floor to ceiling glass panes also contributes to BREEAM Very Good, as Stride Treglown Project Architect, Victor Martos explains: “Ensuring an even distribution of light entering from the north, it reduces the need to use artificial light during the daytime and reduces overall building energy consumption,”  He adds: “Engaging early with specialist suppliers to maintain momentum and quality throughout, meant we could also optimise BREEAM credit opportunities. For example, the external fin feature also assisted in achieving credits regarding the visual comfort and control of glare from sunlight as they provide shade from direct sunlight.”The new IAAPS facility includes offices, test facilities and control rooms for engines, propulsion, power trains and chassis dyno cells. The base build of this world-class facility is now virtually complete and is scheduled to open in 2021 once specialist technology installations are complete. The project will support global automotive industries to deliver future generations of advanced propulsion systems and ultra-low emission vehicles. 

Technal Systems showcased on Materials Innovation FactoryAdvanced glazing systems from TECHNAL have been utilised by Dortech Architectural Systems Ltd for the construction of the new Materials Innovation Factory (MIF) located within the University of Liverpool's "Knowledge Quarter" - helping to create an important research facility for the development of new technologies. The research building, completed in 2017, is visually more striking thanks to the way the project architects, Fairhursts Design Group have combined different systems to create the main facade, as well as a link structure to the existing building, further enhancing the appearance of the curtain walling in one area with the use of bespoke feature caps. The 11,600m2, multi-million pound project has been led by BAM Construction, with Dortech Architectural Systems Ltd having designed, manufactured and installed a package of product.

The award-winning and BREEAM Outstanding Engineering Building at the internationally renowned Lancaster University features a complete range of architectural aluminium glazing systems from Technal. Located on the Lancaster University campus in the North West of England, the new engineering facility was awarded Winner of the RIBA National Award for 2015 and was highly commended by the Royal Institution of Chartered Surveyors in the Design through Innovation category at the 2016 RICS North West Awards. Purpose-built to a world-class standard, the scheme comprises of 4,701 sqm of workshop, laboratory and office space in two concrete framed blocks either side of a dramatic four-storey atrium. Using passive techniques to achieve the environmental performance measure of BREEAM 'outstanding' in the design assessment, which is in-line with Lancaster University's sustainability and carbon reduction targets. With this in mind, aluminium doors and curtain walling were chosen for this project. The Facade is featured throughout the building, and was specified for its contemporary aesthetics. The system also includes concealed vents to allow natural ventilation without compromising the architectural integrity of the facade. With natural light being a key part of the specification, Technal aluminium curtain walling allowed larger and heavier glazing units to be installed thanks to its superior load distribution, permitting more natural light to flow through the building's rooms.

The Schuster Annex on the University of Manchester's main campus when built, was intended to become a catalyst for excellence in STEM teaching, and was linked to the circular spaces within the existing buildings. Designed by Hawkins Brown, constructed by sector specialist Wilmott Dixon and fabricated by Dortech, the Science Annex formed part of the universities master plan. James Sutherland, Managing Director of Dortech, commented: “We were awarded the contract for the Schuster Annex by Willmott Dixon, following a competitive tender process; with our package including a number of striking design features.“These included 1,000m2 Technal MX Thermally Broken Curtain Wall with 200mm extending face caps as well as the FY65  ‘punched-hole’ windows in RAL 7043 Traffic Grey, plus some 1,500 linear metres of aluminium flashings. The glazing units feature the use of SGG COOL-LITE® SKN 14 glass with digitally printed artwork.”While the 8mm COOL-LITE® outer leaf provides solar control, the thermal performance of the IG units also benefits from an argon filled 18mm cavity and a 10.8mm thick inner leaf of coated laminated glass. The glazing specification, along with the design of thermally broken framing system also deliver a sound reduction of 40dB or more without special enhancement. Referring to the success of the curtain walling and fenestration solution from Dortech and Technal, Willmott Dixon’s Project Manager, James Goodwin, said: “This was a challenging project, not least because of the building’s proximity to a main road and the MRI (Manchester Royal Infirmary) with ambulances and other emergency services going past all the time. In terms of the acoustics, the transfer of noise, it has performed wonderfully well. Also, the Technal systems meet all of the thermal insulation requirements whilst, aesthetically it looks fantastic. Everyone is pleased with the completed project.”Completed in 2018 at a cost of approximately £11m, The Schuster Annex provides 2,500m² of space across it's four floors with what has been named the "Ideas Mill" and break out spaces at ground level. 

This contemporary style, five-bedroom detached house commands a floor area of 10,000sq ft and includes an indoor swimming pool together with gym and leisure facilities. Rear facing, the property has been constructed on raised land that slopes down to a natural stream with breath-taking countryside views beyond.Following the initial design with the architect, TECHNAL provided a full NBS specification for the aluminium systems with typical through sections and full thermal value calculations, as well as budget budget pricing pre-tender to ensure an accurate tender package.

Installed alongside some interesting brass architectural detailing, TECHNAL aluminium windows, doors and curtain walling has been specified and installed at Heathervale House, transforming the outdated office development. Situated in the centre of Tunbridge Wells, Heathervale House is a commercial property that has been used as an office space for decades. Originally clad in brick, slate and hung tile, the building had shown signs of disrepair, looking tired and dilapidated. To bring it back to life, the building owner developed plans to undertake a wide scale refurbishment and extension of the property. Following a feasibility study, the building was handed across to design-led architectural practice MortonScarr. From the outset, MortonScarr recognised how important updated glazing systems would be in improving the aesthetics and performance of the building, both internally and externally. Previously, Heathervale House had featured small, brown-framed windows, which limited how much sunlight those inside the offices received throughout the day. The entire facade of the three-storey building was re-clad with concrete tiles, with interesting projecting brass window boxes also incorporated. The window boxes, which feature TECHNAL systems, added visual relief to the building externally, whilst maximising internal vistas for the occupants. TECHNAL also assisted on a large rear extension, a new glazed lift to the front and two additional fully glazed storeys on top of the existing roof. Flooding the new office spaces with daylight, the large glazed expanses are shaded by two-storey bronze louvres. As a result the newly fitted office now brings in much more natural light than before.

A state-of-the-art leisure centre in Bristol designed by LA Architects features extensive use of Technal’s aluminium curtain walling to help create a vibrant new facility and encourage more local people to participate in sport and physical activity. The privately financed project is also one of the first centres in the UK with a 50m swimming pool to achieve a BREEAM ‘excellent’ rating.

The £1m centrepiece in the restoration of a historic park in Lancashire has been completed, incorporating innovative use of the MX curtain walling system from Technal. The dramatic sculptural pavilion in Avenham Park was the winning design in an RIBA competition. The building has a strong geometric design, which includes a complex zinc-clad ‘saw tooth’ roof and extensive use of timber, aluminium and glass.

Constructed within the Mossley Hill Conservation Area, the parkland surrounding the University of Liverpool's Greenbank student residences was gifted to the university by the Rathbone family in 1939, and still offers a unique environment today. Crucially the designs for new buildings, including use of Technal's aluminium building systems respond sympathetically to the verdant setting. The Greenbank Residences replace outdated buildings and have been arranged around three landscaped courtyards, rising from five to eight storeys in height, creating over 1,370 new en-suite bedrooms. This project utilised 2,000 m2 of aluminium curtain walling, windows and doors - all of which offer high thermal performance and are finished in matt Anthracite Grey polyester powder coat.

The Shield is a £18.4m development located on the east side of Newcastle city centre - a regeneration area previously occupied by light industrial buildings, a brick-build office and a warehouse. Comprising of three blocks of student accomodation extending seven storeys at Stoddard Street to the east, this scheme steps down to four storeys at Clarence Street to the west.This building features a refined palette of materials including brick, aluminium and bronze coloured cladding in a range of natural colours to animate the facade. Visible aluminium frame windows punctuate the mass of three blocks and provide a significant aesthetic impact. Installed in a vertical configuration to contrast with the cladding's horizontal lines, side-hung, open-out windows were mostly used with some top-hung, open-out vents - all fitted with exclusive TECHNAL hardware including locking handles and releasable restrictors. Visible Grid Curtain walling is also utilised in this project for its durability and design flexibility. Featured to enhance daylighting in communal spaces, it was installed at ground level alongside aluminium doors, and at height alongside the windows - adding interest by visually zig-zagging on alternate floors.Within walking distance of Northumbria University's City Campus East, and the main Newcastle University Campus, The Shield offers a mix of self-contained studio flats and en-suite bedrooms with shared kitchens and houses up to 400 students.

The University of Birmingham School was the first academy free secondary school to be assigned to a particular university. This is a new model of education, bringing together the best of university research and teaching best practice in secondary education. Technal aluminium windows were specified for this project in a 210mm high module to achieve the required available air flow and light transmission. Aluminium Commercial Doors were specified to achieve robustness and increased thermal insulation. Aluminium Curtain Walling was also used to deliver more natural light into the project without sacrificing weather performance, thermal insulation and ease of fabrication. 

Demanding Regulation standards and the sheer scale of a residential housing project like East London's New Garden Quarter, have seen us here at TECHNAL and installer Ravenworth work together to deliver the £4.2m scope of work for Telford Homes. This includes windows, patio and entrance doors as well as curtain walling. New Garden Quarter is part of a masterplan development and takes in some of the Olympic Legacy land in Stratford. The development, which sits next to the Queen Elizabeth Olympic Park, features one, two and three-bedroom apartments, villas and sky villas set around a landscaped two-acre garden square.

Facade systems from Technal helped the University of Leeds to set a new benchmark for student accommodation in the city. More than 3,00sqm of Technal glazing systems for the Charles Morris Halls were fabricated and installed, and the £21m student halls of residence comprises of two half-hexagon buildings sited around a central landscaped courtyard, providing 457 hotel-style study bedrooms.The challenging glazing specification involved the construction of large oriel glazing bays that project 300mm in front of the cladding, and contrasting projecting bays to the corners of the two buildings. The oriel bays provide a different architectural feature and an alternative to more conventional recessed panels of glazing. The floor to ceiling glazed units, which maximise natural light were constructed using aluminium curtain walling inset with top-hung casement windows. These were fabricated and installed into the bays in more than 30 different sizes to create a less regimented appearance for the building envelope. Laminated glass with coloured interlayers adds further interest to each facade - in panels of green where the glazing is set into red brickwork on the external elevations and orange for the courtyard elevations to complement the cream-coloured brick cladding. Long runs of curtain walling using 1500mm modules enclose the common room and the link bridge between the two accommodation blocks. The window units in the common room are linked to the air conditioning system, which allows them to open automatically according to CO2 levels. All other opening units on this scheme are operated by low-level levers to allow anyone, regardless of any disability to open the windows.

The University of Lincoln invested £19 million in the construction of the Sarah Swift Building which is home to the Schools of Health & Social Care and Psychology. Aluminium Visible Grid curtain walling, doors and windows were specified for this project, and were chosen due to their versatility and aesthetic qualities. This five-storey academic building houses a broad range of flexible learning spaces for students and staff - including new teaching areas, offices, clinical simulation facilities for the school's healthcare programmes and psychological laboratories for extensive research. Furthermore the building also includes the Professional Development Centre, a facility that provides ongoing training for professionals that require skills-based training. Visible Grid curtain walling also offers design flexibility. Available in a choice of glazing gaskets, it achieves superior load distribution and is suitable for flat or faceted facades.Technal’s aluminium doors and windows were also used throughout the building. The specified doors are ideal for high traffic applications and offer exceptional levels of security and thermal performance. The doors were also chosen as they meet the requirements of Part Q of the Building Standards, having achieved PAS 24:2016.

Aluminium curtain walling was used for the impressive glass extensions on the pre-existing Great Sankey Leisure Centre building in Warrington. As a part of a multiple-phase, £16 million development, the project transformed the site into a state-of-the-art leisure, health and culture facility.The transformational two-storey glass facade extension was built with 4300m2 of TECHNAL Visible Grid and Vertical Trame curtain walling at double height, incorporating glass and spandrel panels. Now known as the Great Sankey Neighborhood Hub, the centre plays host to a wealth of facilities including swimming pools, tennis courts, a sports hall, 3G football pitch, dance studios, cafe, spa, library and even a GP surgery. The entire site has been designed to be dementia friendly and over 700 locals were consulted over the plans to ensure that everyone's needs were met.

Located in Anglesey and operated by Bangor University, Menai Science Park is the flagship building for Wales' first dedicated science park. The facility is built to BREEAM Excellent standards and comprises of 5,000 sqm of offices, laboratories and workshop space for up to 700 people - from start-up businesses to large corporate companies. The building's structure features a striking white continuous flowing ribbon that forms wall, floor and roof surfaces and wraps around the glazed facade to the front elevation. The two-storey entrance connects to the main three-storey, traditional brick cavity U-shape building,m which houses the laboratories and offices and features a facade that encloses an open courtyard. Aluminium curtain walling from Technal was installed and spans 74m x 11m. This had to follow the curvature and flow of the ribbon at the point of fabrication. The key area for this facade is the first floor horizontal and sloping ribbon - the curtain walling continues behind the Corian rainscreen. One particularly challenging detail is the 6m glazed linking walkway that connects the innovation area to the brick-built main building. Designed with a double-pitched roof, the curtain walling follows the long contours across the two pitches of the roof at an angle. This involved calculations and modelling to accommodate the difficult compound angles to ensure the desired architectural intent was achieved. Throughout the building, aluminium casement windows have been installed, some as inserts within the facade including automatic opening vents, and to the courtyard elevations. Completing this contemporary outdoor space, the windows are complemented with timber rainscreen panels.

The terminal was constructed as part of the London Gateway Project, which also included the construction of Europe’s largest logistics park adjacent to the terminal. DP World acquired the London Gateway Plan in 2006 from P&O for £3.92bn ($7.3bn). The two facilities were built on the site of a former Shell oil refinery in Essex. Construction work on the £1.5bn ($2.43bn) terminal project began in 2010. It was privately financed by DP World. The two facilities together have generated approximately 12,000 direct jobs and more than 20,000 indirect jobs.

A mixed use development for Leeds Metropolitan University and property group Downing, some of the building’s diversity comes from the expression of the fenestration which encorporates integrated low-energy design. The apparently random patterns were composed to ensure that the vertically modulated cuts provided an orientation-specific balance of daylight penetration and solar gain reduction. The result is a building with irregular sides which maximises natural light without creating overheating.

The project team responsible for a striking residential property in the Channel Islands used our Dualframe 75Si Windows and the Elegance Curtain Walling, supplied by Pallot Glass & Windows, to match the property's modernist styling, as well as providing outstanding weather performance in a very exposed situation. Island-based Pallot Glass & Windows, was awarded the contract by the main contractor, Hacquoil & Cook Ltd, to supply and fit all of the glazing for the two-storey, five-bedroom Jersey home which has earned wide acclaim and been short-listed for several awards. The package included an entrance screen which combined the Elegance 52 elements with a large bespoke timber door and a fully glazed rear elevation with balconies overlooking the gardens.

Verde is situated on the junction of Pitt Street and Wellington Street in Newcastle. Comprising of two buildings forming a V-shape, the facade runs parallel to both streets. These two structures are clad in green glazed terracotta tile laid horizontally across both buildings with a selection of projecting tiles to create a sense of movement and signalling the entrance to the development. For the glazing specification, the building was thermally modelled as part of the Part L Assessment with performance requirements for the windows generated by its outcomes and outlined by the projects building services engineer.

Manchester's Milliners Wharf development is a part of the "Hat Box" regeneration of New Islington. This high-end residential development was designed to ensure residents feel safe in their home by specifying products with high security features. As such, our aluminium door was chosen for the ground floor apartments and top floor duplex apartments, which incorporates an invisible door closer as well as concealed locking groover for a tight and secure mechanisam. These features, along with the single-leaf open in and open-out hinged doors that meet PAS24 certification for burglar resistance, resulted in the Secured by Design certification.Along this door system, aluminium sliding doors were used for the balconies and was specified for their durability alongside aluminium windows. This further assisted in the Secured by Design certification. There are several optional additions to the window system which provides the ability to customise for each project. In this case, the Hat Box development benefits from tilt before turn windows made possible with the systems durability and strength. The hinge mechanism can support glazing up to 130kg. As well as a safety element, it was important to ensure that the building's occupants would be living in a healthy environment. In building's where there is a difference of U values between the walls, windows and doors, there is a risk of high humidity which could potentially cause issues with condensation and mold. The issue was overcome at Milliners Wharf through the thermal efficiency offered by our aluminium curtain walling. Less energy is lost between the inside and the outside of the facade. This consistancy in temperature and improvement of the air quality in the room means that the room needs much less energy to heat and cool it.

Stapleton House is a design & build project by Balfour Beatty Construction Services who created 862 high-specification student spaces across nine floors in the large and logistically challenging student accommodation project in London.The property is located by the very busy Holloway Road and therefore needed an enhanced acoustic rating for each elevation facing the public highway, as well as the achievement of high thermal, weather and security standard throughout.

Built on the site of the former East London Bus Garage, The Forge creates 192 residential apartments clustered around communal courtyards. Working alongside installer Ravenworth, a two-million pound systems package of 1,000 aluminium windows, 170 aluminium patio doors and 20 aluminium commercial doors were provided to this project.The light buff buildings range from three to five storeys with a contrasting white brick 14-storey focal building. This forms the gateway to the development together with a row of interestingly designed townhouses. Each block displays frequent openings with contrasting areas of glazing and cladding, softened with balconies.

Godiva Place offers students easy access to Coventry University and the City Centre and comprises of five connected blocks which vary in height from four to nine storeys. This high-quality, 772-bed student living facility is also situated right next to the point where two of Coventry's main roads into the city centre converge. A busy flyover also ascends alongside Godiva Place resulting in traffic noise wrapping around and spreading diagonally across the height of the building. The architects alongside the client and design team were keen to implement a concept that shields the interior of the site from noise and pollution from the adjacent dual carriageway to deliver a comfortable living and studying environment, optimising the health, wellbeing and productivity of its students.