"special purpose lighting"

Designed and built by C Plus C Architectural Workshop. Large format curved glass panels up to 2400mm high x 3500mm girth have been manufactured by Bent & Curved Glass in a variety of glass types to meet the design requirements for thermal performance, privacy, night lighting effects while also maximising natural light and a sense of space and openness. Early consultation between architect, glass manufacturer and frame fabricator and a process of glass sampling, review and selection created the best project outcomes. The quality of these glass elements has made a significant contribution to the success of this exceptional project.

Stunning views and natural light pervade this Mosman home with the inclusion of creative window framing elements, an internal courtyard and sweeping floor-to-ceiling windows and doors.

Floor-to-ceiling sliding doors have helped create a light-filled family living space at the rear of this renovated 1920s cottage in Summer Hill, Sydney.

The incorporation of Alspec thermally broken double glazed window and door products have helped transform an aging swimming centre into a modern, light and energy efficient facility.

A 1930's bungalow has undergone a dramatic two-level extension to create a range of versatile family living areas which emphasise natural light and space.

Orientated to capture northern light and utilise thermal mass, this striking modern addition to a 1940s home has created a year-round comfortable environment for this Melbourne family.

The Paper Mill is located on the Georges River in Liverpool NSW and features 2,800m2 of Vitracore G2 in Zinc Light and Zinc Dark. Builder: MN Builders, Architect: Woods Bagot

One of Australia's most iconic hotels is using Dyson technology to elevate well-being, comfort and pleasure. From light levels and air quality to hygiene and cleanliness, the world's best hotels scrutinise every detail to enhance the guest experience.

Acrovyn by Design from Construction Specialties, was chosen for the Royal Melbourne Hospital in Victoria. The overall objective of the main entrance redevelopment was to transform a dark, chaotic space with low ceilings and multiple reception points into a light and welcoming entry; facilitating the daily movements of patients, visitors, volunteers and staff efficiently by providing clear way-finding.

The Uni of Queensland Emmanual College features the following RBA products:The 2011 Brisbane floods initiated the refurbishment of parts of University of Queensland’s Emmanuel College and created an opportunity to upgrade student amenities. The Facilities Managers decided to control water usage by using RBA’s Time-Trol shower controller. At the same time, they chose to replace out-dated twin element ‘boiler’ water heaters with instantaneous gas. The results were astonishing. “The university estimates it is now saving $60-$70K per year in water and energy savings.”The Time-Trol Shower unit allows maintenance staff to nominate run-time and lock-out parameters. These can be selected from, and changed to, any one of 12 options. No special coding required, just the flick of a dial by staff. It was ultimately decided to offer students a 5 minutes shower with a 30 second lockout. According to university staff ‘…the students have adapted to the usage restrictions seamlessly. There hasn’t been a complaint uttered…’

With its glass walls, transparent façade and LED lighting, the Victor J. Koningsberger building, in the suburb of Uithof in Utrecht, cannot help but capture the eyes of all passers-by. The Viktor J. Koningsbergergebouw is dedicated to the faculties of Geosciences, Science and Medicine was designed by the renowned Rotterdam-based Ector Hoogstad Architects. This latest building addition to the University of Utrecht opted for a revolving door at their main entrance. The 3-winged Tourniket revolving door was custom-made and has been constructed almost entirely of glass. Director and project architect Joost Ector said, "The entrance had to be functional and recognisable, but also belong to the story of the building." The three central themes in the design of this iconic building are lightness, openness and transparency. All of these properties can be clearly seen in the building’s façade and play an important role at the main entrance. This bespoke revolving door towers at an impressive nine meters height. However, at this height issues such as rotating parts stand in the way, so a different solution needed to be chosen. Watch the video below to see which route architect Joost Ector selected and why.

Designed by Richard Lutze. This project won the 2017 Building Designers Association of Australia Design Award for Public Buildings/Structures. The building has been designed with modern conveniences while also ensuring a sustainable passive layout, with large openable areas facing north overlooking rural vistas, providing good natural light and ventilation to the classrooms and laboratory through the use of Breezway Louvre Windows.

Rondo has supplied an external soffit ceiling frame for the Dubai Metro Station project. The Green Line of the Dubai Metro is the second Dubai Metro light rail line in Dubai. The route starts in Al Ghusais, and runs along Al Nahda Rd and Salahuddin Rd above ground. The Green line runs through Deira and Bur Dubai and generally runs parallel to Dubai Creek.

Alspec’s® Hawkesbury Commercial Multi-Fold Doors along with ecoWALL225® Flush Glazed Framing accentuates the key features of the open-air main pavilion which houses reception, plus the bar and dining areas, where subtle creativity pervades in bespoke sculpture and light installations. The featuring colours are those of natural elements and the bright staff are pure Byron in their cheery welcome and smart casual uniforms.

As part of a large redevelopment project named ‘The Precinct’, Cairns Performing Arts Centre seeks to create a form which captures the essence of the northern tropics. Cox Architecture Brisbane and CA Architects sought to embrace the tropical surrounds of the Cairns Performing Arts Centre, using Australian Spotted Gum timber battens combined with some incredible lighting effects to produce an aesthetic which reflects the Cairns lifestyle.

45 Clarence St, is a striking office tower located in the busy western corridor of Sydney’s commercial district, with extensive views of Darling Harbour and Barangaroo, it is a prestigious building with various companies operating inside this office building, such as Business Sydney and CBRE.As part of the refurbishment, which included the lobby upgrade, CS worked extensively with the property management team, architect, builder, and installer to deliver the architectural grilles for this project. There was a unique vision to use the Econoline indoors in a commercial building instead of using it as an outdoor vision barrier grille. The focus of this refurbishment was to provide a bespoke architectural grille to line the ceiling and vertical walls of the lobby and modernise the building.The Econoline is typically used in locations such as parking garages, concealing mechanical equipment and for many refacing applications. Having the Econoline installed in a commercial building is a unique opportunity that will result in more products being used for aesthetic purposes. The challenge that was faced with the Econoline being used indoors was that the tapered vertical walls on two sides as grilles needed to be a certain distance above ground level and to be structurally sound.On completion, the lobby at 45 Clarence St Sydney is unique from your typical office building. This is also exciting for CS, to be part of a project that has been transformative and elegant in design.

The Burj Khalifa – formerly the Burj Dubai – is a legendary building that can only be described in superlatives. At 828 metres high, it is the tallest building in the world. The Burj Khalifa has 160 floors, more than any building in the world. The building also has the highest floor, the highest façade made of aluminium and glass, the highest nightclub and the highest restaurant, the highest service lift and the lift with the longest travel distance. Finally, the building has the highest positioned revolving doors ever installed in a façade worldwide. In less than 30 years, Dubai has become the leading city in the Middle East and is known for its architectural and technical excellence. The Burj Khalifa has become the symbol of this progress. The Burj Khalifa also takes the title of the highest structure in the world back to the Middle East; the Great Pyramid of Giza used to hold the title 4 millennia ago. International Collaboration The tower was designed by architectural firm Skidmore, Owings & Merril, known for their designs for the Willis Tower (formerly the Sears Tower) and the new One World Trade Center in New York. The three-pronged design is based on the spider lily desert flower and consists of three elements around a central core, with the elements spiralling upwards. It can rightly be called an international project: the construction team consisted of Samsung Engineering & Construction employees from South Korea in collaboration with Besix from Belgium and Arabtec from the United Arab Emirates. The UK consultancy Hyder Consulting was responsible for overseeing construction of the building. In total, companies from more than 30 different countries contributed to the construction of the Burj Khalifa. A Windy Challenge The wind is quite a challenge when building a skyscraper of this size. Without additional measures, the top of the building would move so much from side to side due to the wind that people would become seasick. Dubai is also regularly tested by the shamals: sandstorms that can last for days. As the outer façade of the Burj Khalifa contains an enormous amount of glass, these weather conditions presented a considerable challenge. The three-part design proved to be the solution because the spiral floors break the wind currents around the building, resulting in a stable structure. The World's Highest Revolving Doors Skidmore, Owings & Merril's design includes an observation platform on the 124th floor of the building. Two glass revolving doors provide access to this room. At 442 metres above the ground, these are the highest positioned revolving doors ever installed in the façade of a building. The revolving doors must also be able to withstand an extremely high wind load of at least 3000 Pascal, which corresponds to an F3 class tornado. The Burj Khalifa required two automatic revolving doors with a diameter of 3,000 mm and a total height of 2,700 mm; the cover could only be 300 mm high with the motor installed. Generally speaking, a revolving door with these specifications would only be able to withstand wind loads of up to 689 Pascal. It was clear, then, that not every revolving door manufacturer could supply an entrance that met these requirements. Challenge Accepted Koninklijke Boon Edam was one of only two companies invited to devise a system for this challenge. There were two main problems that had to be solved: the round sides of the revolving door had to be strong enough to resist the wind, and the door set had to be properly fixed so the door wings could not be blown off during a storm. Boon Edam worked closely with Mace, the Hyder Consulting Group, Samsung Engineering and Construction and Turner Construction, the subcontractor, to develop a system that met all these requirements. During the first phase of the process, the second company invited to tender had to give up because their design did not meet the challenging conditions on the 124th floor. Boon Edam persisted in its efforts, and after conducting various wind load and glass tests, it became possible to adapt the construction of the Tourniket to the requirements of the Burj Dubai. A Tornado-Proof Revolving Door at the Burj Khalifa Our proposal for the Burj Khalifa consisted of a Tourniket with specially reinforced door frames twice the width and thickness of a normal revolving door. These were securely anchored with special bolts under the floor to guarantee the structure's rigidity. Although most revolving doors are installed on the top of the subfloor, this door was installed under the top finish layer of the concrete floor. To guarantee the stability of the door set, an extra-thick steel frame was added to the structure. This allows the door wings to easily withstand the wind pressure. Expansion on the 148th Floor in 2014 Boon Edam installed the same specially designed Tourniket revolving door on the 148th floor as on the 124th floor. However, the new project brought an extra challenge: transporting all of the materials from the basement of the building to the 148th floor. First, the materials had to be transported in one lift to the 111th floor. They were then transferred to a second lift, from where everything had to be moved manually from the 149th floor to the 148th floor, to the door's location. Special Projects Based on Standard Solutions The revolving doors we created for the Burj Khalifa were an extreme challenge. The experience and expertise of our technicians combined with the tried and tested technology of the Tourniket enabled us to develop a successful solution. Both revolving doors are now used daily and give visitors a spectacular view of Dubai. The glass design beautifully complements the modern façade of the observation platform and puts Dubai's beautiful skyline in the spotlight.

It’s hard to imagine a timber better suited to a palette of concrete and pale pink terrazzo than GoodWood Victorian ash. This winning combination is found throughout the space, drawing on clean lines and simplistic furniture to complete the brief. “The main reason we used Victorian ash is because it is a light coloured Australian timber that met the BAL-19 bushfire attack level requirement for the site. Its softness and warmth works beautifully with the project palette” - Atelier Chen Hung.

The Hadspen Bull Run Reserve playground is an excellent example of a community playground that suits everyone! Located within the Meander Valley Council in Tasmania, the park is a central hangout for the community in Hadspen. The vast range of equipment within the park is what makes this playground so special. There is something for all ages and interests, with a play unit, flying fox, multi-user rocker, wheelchair carousel, swings, single rocker, interactive panels, and a fitness station. While there is plenty for children, the fitness station also provides for the older demographic that may be minding the children on the playground, or doing their morning workout. Having the playground accessible was an important feature in the brief provided to adventure+. To reflect this, our design team included rubber paths for access through the playground, with access to low-level interactive panels and a wheelchair carousel. With our serious approach to play, we always aim to make our playground designs engaging and enjoyable. But, making the playground attractive is also essential. Selecting a modern colour scheme, as well as a play panel with an engraved bull image, makes the playground enticing, and ties the design to the name of the park.

A Tricell system was designed by SAS International to fit the "Y" shaped departure lounge at Santiago Airport. SAS International has designed, manufactured and installed metal ceiling solutions for both interior and exterior areas of the new 74,000m² terminal of the Aeropuerto de Santiago, Spain. SAS810 tricell has been installed to create a triangular aesthetic in the departure lounges. This open cell system provides a geometric form that can easily be repeated for a striking finish. The flexible approach in SAS International’s design process enabled this unique solution to fit within the ‘Y’ shaped designed departure lounge. Installed in the main terminal and baggage hall, as well as exterior ceiling areas, is the linear profile system SAS710. The linear slat ceiling, designed so that each slat lines up neatly with the next, forms a perfect row resulting in clean and simple architectural lines. SAS710 was also chosen for the exterior of the building to provide continuity of design. Using specially designed slat retaining angles, the system has been adapted for strength and durability to prevent slats from being dislodged in high wind.

This design stemmed from the idea of the ‘Halo Effect’ – ‘a natural phenomenon whereby icebergs act as physical refuge for aquatic organisms while simultaneously releasing nutrients to their surroundings and generating a ‘halo’ of energetic life’. The Halo House is the epitome of an Australian modern family home. Breathe Architecture explained “the building reads like a geological feature in a landscape, continually evolving with the passing of time, weather and seasons”. The design represents a ‘breath of fresh air’, using light and natural materials to create a warm and nurturing home.

The stadium’s innovative design – a collaboration between HASSELL, Cox and HKS – feels distinctly local, with architecture and landscaping that reflect the state’s proud sporting, cultural and Aboriginal heritage. Wrapping the stadium with a bronze facade made of anodised aluminium to reflect State’s unique geology, and intertwining it with LED lighting to show the home-team colours, is a testament to the engineering ingenuity. The façade colours reflects WA’s unique geology, with the browns and ochres representing the colours of the North West of Australia – the Kimberley region.

As one of Mirvac’s signature developments, St. Leonards Square exemplifies sophisticated living in Sydney - including the exceptional amenities residents have come to expect. As part of this project, Cora Bike Rack was consulted to ensure the industry’s best bicycle facilities would be provided to future residents. The CBL bicycle locker range includes heavy duty models for use in outdoor public areas, and cost efficient light duty models for use in secure indoor areas such as residential and commercial towers.

Orchard Manufacturing is an Australian health company that has been producing fruit-based laxatives under the Nu-Lax brand, since 1937.The organisation’s new state-of-the-art, purpose-built facility - located in the Victorian suburb of Rowville - delivers both superior function and out-of-the-box design as well as providing a new home for the long-time Melbourne-based manufacturer.To ensure the new facility’s processing and packaging zones met the strict hygiene standards, 1, 300 m2 of Flowfresh SR was installed in Warm Buff, Grey and a custom Aqua Blue shade.The HACCP Internationally certified Flowfresh SR system was chosen thanks to its seamless, antimicrobial finish as well as its abrasion and chemical resistant profile.Flowfresh SR provides excellent chemical resistance against detergents, oil ingredients, caustic soda, sugar syrups, methanol and a variety of acids. The system delivers excellent abrasion resistance against impact as well as sustained foot and trolley traffic.Flowfresh SR is resistant to thaw and thermal fluctuations from -40°C to +120°C, making it suitable for cool rooms and cold storage areas as well as those areas subject to high-temperature cooking processes and hot-water wash-downs. Slip resistance can be tailored to suit the individual needs of a given processing area.

7000m² of SAS310 helped Qantas Airways overcome acoustic challenges, controling reverberation time and meeting a very high acoustic performance target. Qantas Airways Limited, nicknamed ‘The Flying Kangaroo’, is Australia’s largest airline. The new headquarters is the largest property project undertaken by Qantas Airways in the last 10 years. The project aims to rejuvenate the existing campus, consolidating and upgrading four existing office buildings and joining them together with an interconnecting hub. Selected areas of the existing building floorplate have been extended into the new atrium space creating balconies and office pods. These improved physical and visual connections aim to encourage interaction and engagement between workers. With a brief for high acoustic performance, SAS International were an obvious choice for Hassell architects, due to our vast portfolio of high acoustic rated metal ceiling tiles. SAS provided 7000m² of SAS310. The acoustic challenge was to control the reverberation time in a large volume space accommodating a PA system and a very high acoustic performance target. The reverberation time was significantly reduced with the addition of absorptive material and purposed designed acoustic ceiling panels. Qantas Headquarters was constructed with longevity in mind so the durability of the tiles was key, an advantage of using metal. The finish completely meets the performance demands, is extremely functional and cost effective, an A Grade corporate campus that incorporates the latest developments in sustainability and energy efficiency.

Hayward Field has always held a special place in the history and traditions of the University of Oregon, as well as for generations of athletes and fans in the state of Oregon and around the world. As the host site for the 2021 US Olympic Trials and the 2021 Track and Field World Championships, Hayward Field was primed for a 21st century “reimagining” on an epic scale.Understanding that the project’s aesthetic should extend to all areas of the venue, including the restrooms, the design team challenged ASI Group for a solution that aligned with the arena’s sophisticated design. They wanted the restrooms to offer athletes and fans the facilities necessary to maximize their experience, with an added focus on total privacy.ASI rose to the challenge, delivering 144 Alpaco™ Classic Overhead Braced Partitions, along with 36 urinal screens. A perfect blend of simplicity and function, ASI’s exclusive Ultimate Privacy™ offers zero sightline doors and pilasters that meet in a flush finish, with routed, overlapping closures to guarantee total privacy. ASI partitions are offered in a range of standard and custom colors, with crisp design lines, bold hardware options, and superior functionality that’s perfect for high-profile settings like Hayward Field. The self-closing feature of the Alpaco™ doors delivered a sleek, uniform appearance whether the facilities are in use or not.

About the ProjectIn response to unprecedented demand, Rouse Garden is filling the void of modern-day homes close to trains, shops & jobs at the most competitive price on the market. Featuring the diversity of 1, 2 & 3 bedroom homes, there’s something for everyone in the most wondrous apartments to grace Rouse Hill. From floor to ceiling glass walls, timber hardwood flooring in your living room and a private rooftop garden terrace complete with BBQ and lounge areas. The quality of design is worthy of being marvelled at. Living rooms have been purposed to allow seamless indoor and outdoor transitions, blurring the boundaries between inside and out and elevating your home to new heights.ChallengeWhen you are building in one of the premier locations in Norwest Sydney, it’s all about the ding to match the lifestyle your new residents demand from your new community.  Presented with tight detail, the look, the feel and the performance of your build time-lines, and expectations of high quality, Hydraseal were tasked with working on Rouse Gardens. Waterproofing both the internals and roof of the building, the builder demanded warranties to match the project requirements and to deliver a quality finish demanded of this high profile project.To streamline this project, availability of stock and ease of application were key product requirements needed from the project, which Tremco were tasked with delivering.Tremco SolutionVulkem H2 Plus, Vulkem NEM, Tremflex50, Vulkem 951Hydraseal partnered with Tremco for a few reasons, primarily trust built up through a longstanding relationship provided the support necessary for the key for the success in this project.The versatility of Vulkem NEM being able to be used for internal wet areas, in conjunction with Vulkem H2, as well as for outdoor areas under Vulkem 951 NF allowed for fast and consistent application of waterproofing on the project, given the tight time frames, all backed with long warranties to match product performance.The combination of Vulkem NEM, Vulkem 951 NF and Vulkem H2 provided the warranties demanded by the builder which resulted in both Builder, and Applicator very satisfied with the job. 

The new Student Center at Columbia College Chicago, located at 754 South Wabash Avenue in Chicago, opened its doors in the fall of 2019. This brand-new building offers five spectacular stories of spaces for students including music and film-screening rooms, dining options, a fitness centre, a reflection room for meditation and prayer, and event spaces for meetings, performances, and receptions. Columbia College Chicago has a closed campus. In order to enter any building on campus students and staff must have a Columbia ID or visitors must have a valid appointment. The main entrance at the Student Centre is the Tourniket manual revolving door that leads to a public foyer that includes a coffee shop and lounge. Since the speed gates are just past the security desk at the boundary of this area, they serve as a visual and physical indicator of where the public area terminates. Next to the Speedlane Open speed gates, which are notable because they do not have any closing barriers, guards watch as people pass through them to ensure that everyone is scanning their IDs and that the IDs are valid, in which case the speed gate shows a green light. In a situation where a red light shows and the gate alarms, the guard will check the person’s credentials and can try to troubleshoot the ID card. “The decision was really about what creates the least barrier to those entering and exiting the building,” said Dutil. “We don't really want our students to feel like they are overly policed or that our buildings are not accessible to them. So the design of the Open speed gates provided the best solution in terms of controlling access without being obtrusive." Swift Passage While Maintaining Accountability Before the Student Center was built, students entering any campus building would just show their ID to the security officer as they walked past. The administration realised that while this does provide some level of security, it is not foolproof – particularly when many people are entering at the same time for a class. The College’s head of security made the suggestion to install a system that would allow for swift passage of authorised people while maintaining accountability around who enters and exits the building. As anticipated, there was a brief learning curve for the students using the new system. “This was the first system like this on our campus,” said Dutil. “And the first few days that the new Centre was open were also the first few days of school. There were a lot of people new to the campus who required a bit of coaching from guards and our student staff in terms of where to place your card, and to not walk through before you place your card.” Coming Out Ahead of Swinging Doors Dutil confirms that the access systems placed at Boon Edam speed gates are actually outperforming those placed at swing doors across the campus for convenience and adoption. Across the campus, there is a card reader at every swing door entrance of a building where you present your card and a light turns red or green. But oftentimes the card reader is missed, or depending on the placement of the lights and placement of the guard, it can be kind of hit or miss with students walking right by it. “But with the Open speed gates, they're very visible and although they're not a total barrier to entry, they are something that's right in front of you. Because it's very noticable and not easily overlooked, the students have learned pretty quickly to get their ID out. In fact, this was meant to be a test run for the campus to ensure it would be viable and worthwhile for other buildings as well.” Advanced Features Add Value and Flexibility The speed gates have delivered additional benefits beyond basic campus security, according to Dutil. “One of the nice things about a system like this is that we can count visitors to the Student Centre because we get the data of everybody that scans in. So on a busy day for us it's about 2500 people throughout the day. That can range depending on what's going on and what time of year it is. On weekends we're very slow, since there are no classes – maybe 900 to 1200.” “We are a rental venue as well, so we have times where the building is open to non-Columbia College Chicago people for events or other functions. There's a really convenient touch panel right at the security desk called the BoonTouch, where the officer can turn off the turnstiles during those times and then attendees can move through freely without any alarms going off at all.” A New Revolving Door Adds Comfort and Peace of Mind Finally, the Tourniket manual revolving door delivers one additional benefit to the Student Centre, located in a city known for harsh weather. “Revolving doors are always preferred at a building like this that gets a lot of traffic going in and out. We have cold, drafty weather that blows right into our main space at that first floor entry. The revolving door helps to keep the building warm and saves energy and utility costs as well,” said Dutil. “Students feel safe and comfortable entering the building at night,” he concludes. “Our building has a lot of nooks and crannies, and someone can end up alone in a space. And so I think knowing that the only people that are in that building are the ones that are supposed to be there is helpful. Overall, our students appreciate the effort to try to keep them safer.”

Known as being positioned within one of the most popular positions within London, The River Building sits comfortably between London Bridge, St Paul’s, and Bank. The position offers enviable commutes for the city workforce, boasting a five minutes’ walk from six key tube stations. Renovated to utilise a once void entrance, The River Building is now a self-contained office space with a contemporary industrial design. The large atrium features a set of sleek black Lifeline Speedlane Swings. Stiff + Trevillion working with Blackstone Group, had specified early into the design process for the Lifeline Speedlane Swing, due to its existing specification in existing projects. The new two-story building boasts a spacious atrium that combines naked brick walling with warm feature lighting and dark tones. Mimicking the interior styling a bank of Lifeline Speedlane Swings were to be finished in black RAL. The River Building with an occupancy density of 1:8 requested comfortable yet stylish entry resulting in a wider lane width configuration. The 615mm passage width utilises two glass wings that offer fast access but give the illusion of openness.

Ivanhoe’s newest building is a landmark you can’t miss. The facade components of light bricks, dark cladding and luminous aluminium Click-on Battens perfectly complement each other, creating a contemporary finish. The interior also features our battens, which seamlessly connects to the exterior. The building comprises a three-level basement, ground floor retail outlets, two levels of offices and multiple fully appointed apartments among the two upper levels. The building is bordered on three sides by busy public roads which posed logistical challenges with its construction. However, the speed and ease of installing Click-on Battens alleviated this issue on the upper levels. The curved facade is wrapped in Sculptform aluminium Click-on Battens. They were installed upon standard and curved tracks which were delivered to site in a flexible state so that they’re able to be wrapped around the substrate and hug the exterior. Batten clips are factory fixed to the tracks at the spacing sequence that is specified. Helping to save time installing on-site. Battens are simply push-clicked onto mounting tracks that are positioned behind the battens in a concealed manner.

This unique offset ellipse design tower had to allow the ceiling to flow around the building. A bespoke SAS330 metal ceiling system was specified incorporating trapezoidal panels. Trust Tower forms one of three new tower blocks; part of the Central Market development. The first tower to be completed is tower three a 59-storey commercial office development. The tower is a unique offset ellipse design, to allow the ceiling to flow around the building a bespoke. SAS330 metal ceiling system was specified incorporating trapezoidal panels. Enabling a monolithic finish to the ceiling plane, black service troughs house recessed lighting and other MEP services; this enables maximum acoustic performance to be achieved from the ceiling tiles. Over 900 different sized ceiling tiles were manufactured and installed throughout the project. Metal ceilings provide durability, accessibility to the ceiling void and low maintenance. The life-span of SAS International’s metal ceilings is in excess of 25 years with only very basic maintenance. The entrance mezzanine area features a four-storey high ceiling finished in midnight blue, providing a dramatic entrance to this iconic building.

Ireland’s second largest legal firm, Arthur Cox, has moved to its new headquarters, Ten Earlsfort Terrace, Dublin. Located a stone’s throw from St. Stephen’s Green, the LEED Platinum fit-out building is a marker of sustainable design. Architects, Scott Talon Walker, had a specific design requirement in mind so chose SAS International for their longstanding relationship and expertise. To accommodate the number of recurring apertures, Scott Talon Walker collaborated with SAS to create bespoke service panels within the SAS330 hinged mega panel tartan grid. The panel design features five unperforated squares which create a single unit capable of housing fire detectors, movement sensors and other electrical devices. These unique panels satisfy the client’s M&E stipulations, ensuring the building’s sustainable performance well into the future. Additional SAS systems installed include: SAS500 acoustic lighting baffles and SAS150. Both of these systems assure complete design flexibility and service maintenance in equal measure. Nominated for Fit Out Project of the Year – Large Office, SAS International has once again exceeded the mark to deliver premium metal ceiling solutions for its client.

How does it work?ECOPact uses alternative materials to reduce the environmental footprint of the concrete mix.ECOPact alone reduces embodied carbon emissions by 30-60% without the use of offsetsSimilar technical qualities of conventional concreteECOPact zero goes one step further buy offsetting the residual emissions of ECOPact concrete to achieve 100 emissions reduction.The issueThe built environment is responsible for 39% of global energy-related emissions. Over a quarter of these emissions arise from running existing buildings, whilst 11% is attributable to the embodied emissions from the construction of new buildings. Did you know – concrete is the most widely used building material in the world? The production of concrete is highly energy intensive and generates significant emissions.Business GrowthAs we continue to grow and expand our store footprint nationally, in 2022 we are building a new home for Universal Store. Our objective is to accelerate our journey to a sustainable future, so we have made it a priority to integrate environmentally sustainable features in the design of this exciting new project. This also entails considering the climate impacts of this project. EcoPact - Zero ConcreteWe will need tons of concrete and other materials for the structure of our new Universal Store home. But the good news is that some pioneers are investing in research and development to deliver carbon neutral concrete.We are working closely with our construction partners - developer TradeCoast Central, and builder McNab to deliver a sustainable building. The Universal Store new purpose-built facility will make use of carbon neutral concrete supplied locally by Holcim. Their EcoPact concrete can be made carbon neutral by compensating for residual carbon emissions. In fact this product is so much better for the planet, it has just won the Best of the Best 2021 Sustainability Awards from Architecture and Design.We chose this product to achieve the following benefits:·Conserve natural resources - the product uses alternative materials (fly ash, blast furnace slag or silica fume) instead of virgin raw materials (mainly limestone and silica). ·Reduce the carbon footprint of the project - this product achieves a reduction of 30-100% of embodied emissions related to concrete usage in comparison to standard concrete. ·Use our influence and leadership to support the transition to a low carbon economy·Demonstrate that a sustainable future is within reach.

The £70 million project saw SAS International design and manufacture bespoke spun alum­inium profiled discs, acoustic metal wall panelling and System 600 rafts in the new terminal. The architects 3D Reid had to make the building light, airy and modern yet the façade and various materials used within the terminal had to withstand potential of a security breach. All products installed ‘land-side’ were required to meet the requirements of Aviation Security in Airport Development (ASIAD). The result answers aesthetic demands, yet provides the highest level of performance for the requirements of the building. For the design to be realised, square aluminium sheets were cut by the manufacturer into a circle and spun into a dome. Installation in such an environment means safety cables had to be attached to each disc, wall panel, tile and raft to ensure they do not fall and cause injury. Allowance for safety cables to be attached had to be taken into consideration during the design phase. Large vertical wall panels with an ultra-micro perforation were also specified to provide the necessary acoustic properties required for this vast open space. The very fine 0.7mm perforation, with 1% open area, helps to manage acoustics within the large open spaced terminal. The off-site modular manufacture of the architectural metalwork products meant installation was quicker, which causes less disruption to such a busy environment, and in addition there is no waste on site. Aesthetic versatility can be achieved using SAS International Architectural Metalwork throughout projects. It also allows for inte­gration of M&E services into the building design while meeting design demands and durability requirements. The range includes acoustic baffles, acoustic wall panels, air handling units, bespoke ceilings, and column casings.

SAS International designed and manufactured a range of solutions for the new 75,000 square metres Terminal 2 at Dublin Airport, Ireland. According to Dublin Airport the new second terminal will be capable of comfortably handling up to 15 million passengers per year. Specification demanded that durability, ease of maintenance and acoustics were considered. SAS International worked with architects Pascall + Watson to design the ceiling solution answering the architect’s brief to factor in ongoing maintenance conducted by Facilities Management teams in the future. The design of these large sized ceiling panels required careful consideration at design stage to ensure they would be manageable when working at a height. Designed and developed specifically for Dublin Airport was 35,000 square metres of ceiling systems, installed in the main departure area, walkways and baggage handling areas. This solution looks like any other suspended metal ceiling system as it provides an aesthetically pleasing flush finish. But where this product differs is its ingenious way of allowing access to the ceiling void and services for ongoing essential maintenance. This is of particular benefit in high traffic areas such as Dublin airport as it enables a corridor to remain in use rather than having to close off the entire route. SAS International manufactured the 20,000m2 of large aluminium frames for the fabric ceilings which creates a striking central feature. Working closely with SAS International were local installers Platt and Reilly who applied the stretched fabric to the frames on-site and hoisted them into position. Creating a comfortable environment for traveller and worker was helped with the use of acoustic floating rafts and perforated metal ceiling solutions (with integrated acoustic pads) to provide the necessary acoustic control for this project. Lighting was suspended neatly between the rafts to also provide a modern finish to the corridors. In addition Perimeter heating and air handling grilles also enhance the experience.

As the countdown for the Gold Coast 2018 Commonwealth Games begins, the Gold Coast Sports and Leisure Centre is emerging as the centrepiece of the newly revitalised Carrara Sports Precinct. The Centre rises from the bank of Clear Island Lake in Carrara, Queensland, resplendent in an eye-catching, sub-tropical palette of yellow and ultramarine blue. Its sprawling 16,500m2 footprint is home to over 5300 spectator seats and 15 multi-use sports courts, which will host a number of Commonwealth Games events including badminton, weightlifting, and wrestling. Designed by BVN Architecture and taking just under four years to complete, the $101 million Centre represents the best and the brightest that the Gold Coast has to offer in terms of sports training and completion facilities. Throughout the design process, BVN had to comply with standards set by the Commonwealth Games and International Sports Federations, as well as those of the local council. The resulting project embodies – and triumphs over – the challenges faced by high profile projects that need to meet high standards, and is evidence of how rewarding such projects can be when done right. It’s rare that a project so closely captures the spirit of the program for which it was designed: the Centre does this and more with flair, the bold, colourful design clearly communicating the vibrancy and high energy of the Australian sporting spirit.  To realise the soon-to-be iconic design of the Centre, BVN turned to Interpon Powder Coatings, the largest manufacturer of powder coatings worldwide. Drawing from their unbeatable experience as the trusted frontrunners in powder coatings technology, Interpon’s team of experts closely colour-matched the architects’ palette to bring their drawings to life. “We were able to work collaboratively with our liquid Metal Coatings team and Bluescope® Steel to match the corresponding powder coat colour to compliment the exterior durability required for the project,” said Gareth Connell, Interpon Specifications Manager.  Warranty-grade Interpon D2015 Ultriva™ products in Carrara Gold Matt and Copper Penny Matt met the long-term legacy requirements of the Council, and will hold their sunny colours for years to come. The Interpon D2015 Ultriva product range offers outstanding performance with a 20 year film integrity and 15 year colour and gloss retention guarantee.  The warmth of the project also reflects the human element that organisers of the 2018 Games are championing in the lead up to the event. “This is a special event… it stands for everything good about humanity,” Gold Coast 2018 chief executive Mark Peters told Inside the Games earlier this month. “We want to make sure the Gold Coast and Australia continues that.”  The gold-tinged façade is fitting in more ways than one: once the Commonwealth Games end mid-April 2018, the Centre will become the new home of the Gold Coast AFL Club, aptly named the SUNS. “We are absolutely delighted,” said Andrew Travis, CEO of the Gold Coast SUNS, about the impending move, “I can’t wipe the smiles off people’s faces.”  For over 25 years, Interpon has supplied high quality powder coating solutions for architectural projects of all styles and colour palettes, bringing smiles to the faces of designers and clients alike.