"access control systems"

Alspec window and door framing solutions give the conference centre and hotels a unique look and feel.

The worlds of glazing and surfing collide to produce an impressive training facility at Casuarina Beach in northern NSW.

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…’

The safety product Invisi-Maxx has been used in a practical, creative manner and turned into a striking design feature.

Former iconic grain silos transformed into residential apartments using Alspec's window and door framing products.

Alspec window and door framing products maximise natural light and integrate the diverse requirements of this performance space.

SAS International provided an unusual feature perforation to a metal ceiling solution for Cork County Council’s redevelopment of their MOT office. The refurbishment of Cork County Council has created an outstanding open plan office for their upgraded MOT Office. Included in the redevelopment is the installation of 240 meters squared of acoustic SAS500, with a unique OB50 perforation, installed within the open plan office, meeting rooms and cellular offices. Conserving the original architectural features was significant when embarking on the reconstruction of the building. SAS500 was chosen to accommodate the spacing of existing structural beams, the system hung on secondary grids to adhere to specific architectural requirements. To adhere to the recent popularity in open soffit trends, SAS500 offers a solution in addition to providing acoustic absorption. A unique OB50 perforation was specified in the design of the baffles for this project. SAS International worked in collaboration with Cork County Council Architects and CField Construction to provide bespoke design solutions for this project.

SAS International's bespoke waveform acoustic baffle ceiling solution was used as a feature in the new Skype Headquarters. An SAS International bespoke waveform acoustic baffle ceiling solution incorporating luminaires by Zumtobel, was specified by Walker and Martin Architects (WAM) for the new Skype Headquarters. Situated in Luxembourg, the new building forms part of the regeneration works to an existing brewery located in Clausen, the old quarter of Luxembourg City. The challenge set by the client was to provide an interior that would inspire innovation in the daily workplace of Skype employees whilst retaining an element of corporate sophistication. The solution helped create a dynamic and flexible office space. In the design, development and installation of the system, WAM worked closely with SAS International, to ensure the baffles integrated seamlessly with the luminaires to suit the ceiling and building shape. WAM designed the acoustic baffle ceiling solution with technical help from SAS International, then developed the layout to achieve the ‘wave’ and ‘fluid’ affect. Stuart Walker adds, “The ceiling design gives an uplifting ambience to the space, people ‘look up’ when they enter and immediately know they are in a space that challenges office convention with innovative thinking.” Another consideration that WAM took when selecting materials for the fit out process was the impact on the environment. SAS International metal ceilings have a lifespan in excess of 25 years with only very basic maintenance. These products withhold a residual value and can be recycled at end of life into new virgin steel or aluminium without any loss of properties; this ensures products do not end up in costly and unsustainable landfill sites.

International technology firm Microsoft have recently moved into their brand-new office located in Leopardstown. SAS International designed and manufactured a range of metal ceilings and bespoke metalwork installed in the multi award-winning innovation hub. This modern office signifies the celebration of an extensive 30-year history Microsoft share with Ireland. SAS500 linear baffles were supplied in either RAL 9016 (Black) or in a pre-coat timber effect to enhance the natural, organic character of this project. Installed in the main office areas, galvanised SAS130 T-Grid in RAL 9016 was chosen for its industrial demeanour and sharp appearance. SAS330 C-Profiles have also been supplied in a pre-coat timber effect, achieving the popular timber natural impression while still providing the longevity and benefits of metal. Installed in a unique triangular grid pattern, this ceiling adheres to the contemporary aesthetic of an exposed ceiling. The new building has been designed with the 2,000 Microsoft employees needs in mind creating large open spaces with the aim to promote engagement amongst colleagues. SAS International achieved the artistic vision of RKD architects through the collaboration with BAM and Platt & Reilly.

Part of a vast regeneration programme to improve student amenities, the UoB invested £60m in a state-of-the-art academic library. The project aimed to celebrate the wider campus architectural styles and improve access to new resources like e-journals and wireless charging stations. Associated Architects chose SAS International to provide the high acoustic and finishing touches to the academic interior fit-out. In order to create an effective library environment, acoustic performance must also be carefully considered. With the aim to create a space suited for thousands of scholars, bespoke acoustic metal wall panels were supplied to the library. Depending on the location of each tile, the panels were finished in white and black-grey PPC or anodised in regency gold. Specified with a 23% or 50% open area, the panels act as acoustic absorbers with an oblong perforation. Each panel is fitted with a black, fleece-wrapped acoustic pad for high performance. The architects specified three additional acoustic treatments for open soffit areas over computer clusters and lounge spaces. SAS500 baffles and bespoke ring shaped and circular rafts were created by SAS International to fulfil this requirement. The discs and raft-halos are an SAS150 hybrid designed to fulfil acoustic and service requirements while contributing to the contemporary look. Consisting of multiple panels, the concealed grid system creates a smooth finish enclosed using a steel perimeter trim. Long 3m baffles were also installed in a continuous sequence along walkways and group study areas. These options provide durable acoustic solution, minimising maintenance and improving access to the soffit and services.

The King George Park features the following RBA products:RBA8847-156 – Stainless Steel Toilet | Ambulant SuiteRBA4150-101 – Accessible Compliant Backrest | StandardRBA4040-300 – 40° LH + 300 Straight | Grab Rail SetKB200-01 – Koala Kare Baby Change Table Horizontal | GreyB2890 – Jumbo Toilet Roll HolderRBA8847-428 – Stainless Steel Toilet | Accessible SuiteRBA4090-450 – 90° Grab Rail, Ambidextrous | AmbulantRBA8889-186 – Curvalinear™ BasinB295x14 – Accessible Compliant Stainless Steel ShelfB715E – Bobrick Elan Hand Dryer | StainlessB165-1824 – Glass Mirror with Stainless Frame | BudgetRBA8864-100 – Basin | Wall MountedRBA1083-607 – Water Saving Tap | Satin Stainless 5.0L/m

APPLICATION: 52mm Turf CellPROJECT LOCATION: North Ryde NSWPROJECT DETAILS: Macquarie University Permeable Overflow Car ParkPROJECT COMPLETION: March 2017Established in 1964, Macquarie University began as a bold experiment in higher education. Built to break from traditions: to be distinctive, progressive, and to be transformational. Today its pioneering history continues to be a source of inspiration as they celebrate their place among the best and brightest minds.When Macquarie University’s existing cark park became too small for the amount of cars now using it, it was decided to construct an overflow car park. However, not just any car park, but in keeping with their innovative thinking, an environmentally friendly permeable car park. Of course the Atlantis® Turf CellTM system was chosen, so that turf covered parking spaces could be provided.The project required 9,843sq. m of Atlantis® Turf CellTM system, which is constructed from 480mm x 260mm x 52mm panels and has a rigid interlocking clipping system and is made from high quality recycled polypropylene. The project was undertaken by J & G Excavations and Asphalting (NSW) Pty Ltd.The Turf CellTM cells were laid on a bed of permeable soil, and filled with sandy soil and turf was then placed on top of the linked Atlantis® Turf CellTM cells and rolled with a heavy roller to press the roots into the soil in the cells, where they were protected from compaction and could grow freely both horizontally and vertically.The Turf CellTM system is another Atlantis invention, and is specifically suited for car parks, access roads, aircraft taxiways and helicopter landing pads as it has the following features:a high load bearing of approximately 4000t/sq. M;protects the root system of grass from compaction, while allow for vigorous horizontal and vertical root growth;permits surface water absorption and infiltration;has a long use life; andaesthetically, the system allows the grass to fill in completely, creating a lush lawn with an invisible reinforcement structure.

The Roads & Maritime Services (RMS) now benefit from a highly progressive workspace in their newly refurbished head office on Parramatta Street. The main aim of the refurbishment project was to improve facilities and collaborative spaces for staff and visitors. However, a significant challenge for the contractors was to keep all existing communications rooms fully operational throughout the project. Achieving the Aim: SAS800 Trucell ceilings were installed in the open plan lounges and stairwells of the renovation. Creating a grid of squares, strong lines stretch the length and breadth of the collaborative space. The system gives a decorative feature to the fit-out with the illusion of a much larger space for activity-based working. Comfortable lounge furniture and bright colours have also been chosen to encourage communication and create a flexible working space. Meeting the Challenge: Specified with a lay-in exposed grid, each tile slots in place without the need for gaskets or cutting. With the building in constant use, installation was quick and easy keeping the project on schedule with minimal disruption. Popular in Australian CBD property markets, the refit considers occupant well-being with Grade A ‘end of trip’ facilities. An upgraded lobby area also contributes to the value-added space with an improved experience for employees and visitors alike.

COLLABORATIONArchitect: Neeson Murcutt ArchitectsDeveloper: Surf Life Saving NSWBRIEFNeeson Murcutt Architects needed a solution that would protect the glazed ceramic tile roof on the $2.2 million rebuild of the Old Kempsey-Crescent Head Surf Life Saving Club. They wanted to avoid grime and salt accumulation on the roof system with minimal maintenance from the volunteers and to reduce maintenance costs.The architect designed the outside surfaces so they would be durable in the marine environment and easy to maintain. With difficult access to the roof, the builders decided on ECOCLEAN to help with maintenance and cleaning of glazed ceramic roofingMATERIAL & APPLICATIONECOCLEAN Porosity SealerECOCLEAN Self-Cleaning CoatingOUTCOMEUsing the power of daylight, rainwater and dew, ECOCLEAN created a self-cleaning roof that continually breaks down algae, mould and organic matter, which can cause unsightly stains. The Crescent Head Surf Club went on to win three awards including the NSW Sulman Medal for Public Architecture.

Britex are proud to be involved in Randwick City Council’s refurbishment of Coogee Oval in NSW. Featuring a comprehensive upgrade of the current landscape, the installation of brand new facilities including male, female and accessible bathrooms feature Britex’ Signature high quality public amenities products such as vandal resistant toilets, hand basins and slab urinal and urinal pods. The Britex products installed as part of this project include: Britex Vandal Resistant Wall Mounted Round Basins (Product Code HBWMR)Britex Vandal Resistant Accessible Hand Basin (Product Code HBDA) Britex Centurion Accessible Pans with Vandal Resistant Toilet Seats (Product Code PCD) Britex Centurion Ambulant Pans with Vandal Resistant Toilet Seats (Product Code PCAM) Britex Centurion Standard Pan with Vandal Resistant Toilet Seats (Product Code: PC-SVRC-B) Britex Vandal Resistant Sanistep Urinal with Smart Sensor Flush Britex Vandal Resistant Sensor Activated Urinal Pods (Product Code: URAM)

Snapper Creek Car Park was developed as an environmentally friendly permeable car park. As such the Atlantis® Turf CellTM and Atlantis® Gravel CellTM systems were chosen, to provide gravel driveways and grass parking areas, thus preventing compaction of the soil and to protect the grass and to stabilize the gravel and provide a permeable car park.The parking areas were divided into car only parking and car & trailer parking.The area, consisting of natural sandy material, was excavated to a depth of 300mm, and a tensar grid was placed into the excavation and the excavated material placed back on top of the tensar grid and compacted.A layer of 100mm of gravel was then place on the areas where the Atlantis® Gravel CellTM modules were to be used and the Atlantis® Gravel cellTM modules positioned thereon and filled with gravel.The Atlantis® Turf CellTM modules were installed and filled with soil and then the area was grass seeded; no turf was used. The project was completed in mid 2014 and was at that stage semi grassed and in use.The project required 4,300sq. m of Atlantis® 52mm drainage cell, which are 480mm x 260mm x 52mm panels and have a rigid interlocking clipping system and are made from recycled polypropylene.In August 2017, the operators of the car park, which is still operating, were contacted and they stated that they were extremely happy with the condition of the car park, even though it has heavy traffic as there is a boat ramp there, and some areas have been flooded by Snapper Creek.The Atlantis® Turf CellTM & Atlantis® Gravel CellTM systems are specifically suited for car parks, access roads, aircraft taxiways and helicopter landing pads as it has the following features:a high load bearing of approximately 4000t/sq. M;protects the root system from compaction, while allow for vigorous horizontal and vertical root growth;permits surface water absorption and infiltration; andhave a long use life.

Currently, Quest is on an aggressive expansion drive throughout Australia, with seven projects to be completed over the next 12 months. Specifically, the freshly completed Quest on Franklin in Central Adelaide of which, Rondo has provided over 200,000l/m worth of product. Working alongside Kyren Group, Ceiling Express and Cheesman Architects, Rondo delivered frequent technical design support, as well as stock level forecasting which was imperative to control the crane lifts.

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.

Designed by Smart Design Studio, the building is an honest layering of old and new as expressed by the raw treatment of the exterior façade through to the smooth, modern interior. The rooftop addition connects the double-height banks of glass Breezway Louvres with an articulated aluminium roof folding down as a screen to the back of the building. The end result successfully incorporates flexible and functional office interiors and a two-bedroom rooftop apartment within a rigorously controlled contemporary architecture of old and new.

Termi Home & Commercial (SA) were proud to be a part of the historic Norwood Oval Redevelopment project in Adelaide, South Australia. As one of the most iconic football grounds in Adelaide only a non chemical termite management solution would do. We designed and installed the Termimesh System keeping in mind both the historical significance and the new facilities.The suitability of the Termimesh system for this project is based on its flexibility, which was necessary due to complex external geometry of the new construction and integration with the existing buildings. This presented challenges in performing remedial work. For example the Sir Edwin Smith Grandstand is heritage listed meaning minimal work was allowed to the external façade. This is where the strength of our termite management system lies. It can be customised for each individual project. Our estimating and design team will work alongside the architect, marking up plans and explaining how the system is applied to the design. Which in the case of the Norwood Oval was extremely important. We are on hand during the construction phase to iron out any challenges that may arise ensuring the installation process is simple, smooth and straightforward.Termimesh has maintained our position as market leader in termite protection in the South Australian construction industry for over 25 years, with a strong domestic and commercial portfolio. We are one of few companies that are triple certified to AS48001, ISO9001 and ISO14001 which delivers additional peace of mind for our clients.CONSTRUCTION TEAMSchiavello ConstructionOur team has a good relationship with the lead contractor, Schiavello, having worked on past projects together. They knew our capability and after a detailed review of the construction programme, we were sure we could meet their requirements. As a supporter and sponsor of the Norwood Football Club, Schiavello recognised the significance of the project for the community.  PROJECT DETAILSClient                          City of Norwood, Payneham & St Peters. Specifying Architects                                    Tridente ArchitectsInstallation Year                                              2019Installation Duration                                      7 monthsProject Value                                                    $9 mil TECHNICAL DETAILSInstallation Type                                             NumberService penetrations                                     200Column blockouts                                          7.5 LM                 Cluster penetrations                                     4Control joints                                                   315 LMConstruction joints                                        73 LMSaw cut service penetrations                    147 LMConcrete slab pours                                      NumerousPerimeter                                                          147 LMKey Termimesh Personnel                          Drew Wilson- Account Development ManagerShane Waye, Senior EstimatorAnthony Bennett- Operations Field Manager

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.

The City of Boston is known for many things – from Fenway Park to the Boston Marathon to the bar from Cheers, the city is full of iconic landmarks, events, cultural assets, education centers, and more. The City is also recognised for its vast history, especially downtown, where hundred-year-old buildings have been preserved or restored. There is also a mixture of new property development, including 33 Congress Street, in the heart of the financial district, which combines the best of historical design with new construction. 33 Congress incorporates more than 400,000 square feet of office and retail space, transforming the historic neighborhood and positioning the area as a dynamic downtown destination. The project was designed by Arrowstreet, an award-winning architecture and design firm, and was led by Jason King, AIA, LEED, AP, BD+C, Senior Associate for Arrowstreet. Blending Historical Features with a Modern Design According to King, the 33 Congress Street building consisted of three different structures that were built at separate times: in 1904, 1906, and in 1922 and then all combined into one space. While the space functioned as one building, there were three separate elevator cores, sets of restrooms, sets of stairs, and more. Those entities needed to be reconfigured into one. The most striking feature of 33 Congress is a new, modern glass and steel structure, containing 6 additional floors of office space that sits on top of the original three masonry buildings. Another important project goal was to upgrade the main lobby to a modern design that allowed public access, increased security for building employees, and respected several historical aspects. “We needed a way to get people into the new, main elevator lobby quickly due to the high volume of traffic that we were anticipating would take place after the redesign,” King said. “We also wanted to create an entrance that would create a better flow of entry from the sidewalk into the building.” The original building had an existing revolving door, but it was small and surrounded by stone. “It was dark and uninviting,” King said. “We were creating an open and airy Class A lobby space and wanted visitors to clearly see the ornate, coffered ceiling and experience the grand and historic nature of the lobby as they entered.” Revolving Door and Speed Gates Provide Aesthetics and Function King implemented a Boon Edam Crystal Tourniket manual revolving door to lead visitors in the double height lobby space. The Crystal Tournket is constructed virtually completely from glass with only a few stainless steel accents to ensure the solidity of the revolving door. It fits seamlessly with modern glass facades but can also be a beautiful eye catcher in more traditional or classic designs. For employee access, the building’s previous design did not incorporate turnstiles to the elevator banks. “The building did have card reader access, but only at certain doors and locations,” King said. King installed four lanes of Boon Edam Lifeline Speedlane Swing speed gates and two Winglock Swing model access gates to provide secure employee access to the building’s upper floors. The Lifeline Speedlane Swing speed gate manages and channels the flow of people entering and moving around buildings. It employs sensors that detect visitors approaching, with pulsing light strips to guide the user. A sleep function saves on energy use. It can be customised with dimensional and glass choices, including corporate identity colors or other options, so that it either blends-in or stands-out from its surroundings. The Boon Edam Winglock Swing is constructed from stainless steel and a single glass panel, and is unobtrusive in nature and design. The access gate easily manages bi-directional traffic, with LED lights that signal if the gate is in use or on standby. The access gate ties into a manned security desk located near the front doors. Employees gain access to the building through either the Lifeline turnstiles, or a Winglock Swing access gate, while building visitors can receive credentials at the security desk. King said, “We started the process looking at Boon Edam from a security and an aesthetic standpoint. We went through multiple product options but always had a Boon Edam product as the basis of the design. We have been happy with Boon Edam entrance solutions and we are planning to use them again for future projects.”

This modern townhouse development in West Essendon has given ZINTL the opportunity to truly show its style and contemporary design. Chosen as a statement to the façade at this modern development, the popular Standing Seam 190 profile was powder coated in Dulux Charcoal Satin Finish. A vertical installation adds to the leading-edge architectural style captured within this project.

Birmingham New Street Station was originally re-built in 1967 to accommodate 650 trains carrying 60,000 passengers per day. By 2010 it had become the busiest station outside of London, operating at more than twice its intended capacity. The first half of the refurbishment was completed in 2013. The station’s recently updated configuration should now accommodate a yearly 8.3% rise in passenger numbers. SAS International commenced work on the three-phase project in June 2012. NG Bailey and main contractor Mace installed SAS systems across the platforms, the shopping centre and the concourse. Full scale, physical mock-ups of the bespoke ceiling solutions were built on-site to ensure design intent prior to installation. The integration of fans for smoke extraction and complex wind loads had to be considered to guarantee passenger safety. The wind loads were a concern as trains passing platforms at speed can cause considerable negative loads. Bespoke ceilings comprising fixed angle bulkheads were installed in line with the curving platforms. The typically trapezoidal bulkheads were bolted end to end in order to form a faceted layout to follow these curves. Using shared data from the project’s BIM model, SAS International used a point cloud to measure the platforms and 3D model the panels. The model’s geometry revealed that the platforms were all non-uniform. This posed a significant design challenge. The data required careful analysis in order to achieve a smooth curved line within the platform edge. This was essential to provide train drivers with an unobstructed view coming into and out of the station. The SAS International design team was able to rationalise the number of unique panel types down to four. This overcame the driver visibility issue, ensured uncompromised aesthetics and brought costs within budget. Electronic Total Station setting-out techniques were then used to set out the panels along the curve.