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Macquarie University’s Incubator building represents education, technology and innovation. This building may not be the tallest or largest mass timber structure in Australia, but should be equally celebrated for its total commitment to prefabricated timber. The Macquarie University Incubator was a collaboration between Lipman, Architectus, Strongbuild, Taylor Thompson Whitting, Arup and Against the Grain. The design required a prefabricated structure, to enable future dismantle, relocation and reassembly. Through the unique collaboration of the entire team the building was erected in just 37 days and the entire project completed within 6 months.

Material & ApplicationECOTONE masonry stains applied to brickworkOutcomeThe owner completed some renovations which an extension on their home. Our ECOTONE team were contracted to colour the new brickwork to match with the existing bricks and provided an excellent finish.TestimonialI have just completed a huge extension to my home and struggled finding the exact brick to match.Fortunately, I was given Wayne Duncan's (ECOTONE) number and he set my mind at ease by saying "it will not be a problem as he will come and colour match to our house brick". I couldn't believe this was possible. I couldn’t find the actual brick colour of our home anywhere in this country. Collecting bricks with the shape, size and texture was my goal but they were every colour you could think of, people thought I was mad. I was just amazed at how Wayne and his team worked and created a masterpiece, they have done the most outstanding job but were professional, fast and worked together as a team and made this experience the most pleasurable of the build. People and tradespersons that have seen the before and after are just blown away as you cannot tell the difference. I would highly recommend ECOTONE (Wayne and his team) to anyone. THANK YOU!!!!!! J. Knight - home owner

Rondo provided a solid support foundation, using resources from both international and Australian technical services departments. The South West Pier (Stage 1), was built by Rachana Arts and saw Rondo provide assistance for the Corian cladding to the columns by creating adjustable and concealed fixings that were purposely designed for the hollow section support framing, as well as providing Stud and Track to support the various cladding materials.

This new building was constructed by Lend Lease with Foxville Projects Group (NSW) being appointed as the lead fit out contractor. Rondo supplied an extensive range of ceiling and partition systems, as well as technical support throughout the project, which included design for all the internal walls, shelf loads, balustrade design utilising stud and track as well as ongoing support throughout the project construction period in regards to Rondo products within the design criteria.

MP Group were charged with managing the installation and finishing of all internal and external walls and this is also where Rondo offered our support. With the external structural steel framing having been installed 150mm out of position, Rondo’s Technical Services Team came to the rescue and designed an external stud wall system using our MAXIframe External Wall Framing System to ‘fill the gap,’ including design of special header bracing details to support the wall.

The new Royal Adelaide Hospital (newRAH) is a significant project for Rondo, with our Engineering team providing extensive design support and developing innovative system solutions for over two and a half years prior to the commencement of construction. Now with construction underway, Rondo has continued to play a major role, supporting site contractor, Brighton Australia, with the design and manufacture of products that meet the projects’ ‘Category 4’ design requirements, which includes specifications for Seismic designs.

Mixed-use residential/commercial complexes take the saying ‘home away from home’ to a whole new level. Rondo has provided ongoing technical support with weekly site visits, as well as coordinating with long time Rondo users AN West Contractors. Supplying this unique project with Rondo Steel Stud and Track and KEY-LOCK Systems, Rondo have ensured that any onsite issues have been successfully addressed with the support of Rondo’s technical and design team.

Rondo have supplied the suspended ceiling support frame for a metal panel ceiling which will be used in the construction of the Doha International Airport project.

Rondo assisted contractor, Interline, under Builder FKG Group. A large part of the support meant assisting with technical designs that were sympathetic to the cyclonic region that is Cairns.

CBS-A and Composite Industries began construction back in September 2015. The Rondo technical team provided ongoing support on the engineering of blade walls to façade in the main hotel building and car park.

Since 1924, the Royal Far West charity, based just metres away from the iconic Manly beachfront, has provided healthcare and developmental support for children living in rural and remote areas across Australia.

Rondo has provided onsite design assistance for the $66m project, supporting the design and construct environment. The project required the application of seismic solutions and Rondo has worked closely with contractor, Laser Linings to deliver the desired result.

Rondo was able to provide a solution to suit the projects’ specific design criteria by using readily available materials and technical support. The wall framing for the MPS room consisted of over 31m of 150mm Steel Stud and Track, including noggings.

Using Stud & Track and KEY-LOCK, Rondo was responsible for providing design support to Contractor, Amicus Constructions as well as onsite advice. While Rondo provided internal and external product, it was the external use of Stud & Track that stole the show.

The Rondo team worked with the architect and builder to overcome the specific fire curtain wall design requirement for the lobby walls, ceiling and bulkhead. Rondo benefited the project through multiple design options and regular site inspections which supported both the contractor and the builder.

Rondo’s Technical Team supplied emblematic CAD floor plans and designs for wall types including acoustic and fire rating to board to the manufacturer’s specifications. Onsite support from Rondo included assistance in setting out, framing, lining and finishing training as well material supply coordination.

Rondo worked closely with C&L Ceilings who were charged with the wall and ceiling contract. In order to be sure that the building’s external facade would remain structurally secure and adhere to the architectural detail, C&L installed Fibrous Cement Sheets, supported by heavy gauge Rondo components.

John Holland recently built the largest private Hospital in South Australia, adding to its already suburb health care facilities. Rondo worked alongside Contractor Brighton Australia and Architect STH Architects, to deliver this state-of-the-art facility. Rondo supported the $400m build with a range of products and systems.

From concept designs to material selections and all the various building stages in between, Henley prides itself on making the journey in building your family home as seamless and simple as possible. It’s this industry leading support and partnering with the most trusted brands that makes Henley one of Australia’s most popular home builders.

Rondo’s main focus has been to complete 17 levels of one of the five office towers, of which two levels are for shops and a café. With the majority of the 70,000 lineal metres of product being Rondo DUO Exposed Grid System, Rondo continues to provide technical support for the project through weekly site visits.

Craigieburn Central ­­­­is a highly anticipated development providing residents of the area one of Australia’s freshest retail experiences. Through weekly site inspections and design assistance, Rondo will support the project and in particular builder Lend Lease and contractor Expoconti to achieve their ultimate goal of developing a unique and accessible shopping district for Craigieburn residents.

Rondo was chosen as a supplier to the project due to our support throughout the tender stage and our ability to provide Leighton Holdings with a total solution package, enlisting help and resources from USG Boral, James Hardie and Rockwool. At the peak of the project, it is estimated that approx. 800 local workers will be on-site, providing a fundamental and integral boost to the community and employment.

Since the project commenced work in August 2011, Rondo provided technical support by way of weekly site inspections and specified various wall types for the external Steel Stud walls which was utilised throughout the entire building. This coincided with use of the Rondo KEY-LOCK Furring Channel System which also focused on all external and internal ceilings of the building.

The entire building also featured ceilings acoustically isolated from the old structure where heavy duty isolators were required to be incorporated into the Rondo KEY-LOCK Concealed Suspension System. Similarly Rondo had to design a supplementary suspension system beneath these ceilings to accept a secondary system to support some services and particularly architectural feature ceiling beneath.

Wall types can vary significantly on such a large project, and the Rondo team were required to design a framing system solution that would be suitable for the vast majority of the project. Due to large wall heights to the ballroom areas, Rondo MAXIJamb members were required and specific Rondo engineered design detail was provided for bathroom wall locations, where the Rondo framing was to support stone linings.

Rondo has been a major asset to the project providing reputable advice, technical design solutions and fortnightly inspections, ensuring the development is on track and our systems are installed correctly. Our Technical Services Team has supported Rondo Victoria in assisting project architects Bates Smart Architects and Silver Thomas Hanley and builder Lend Lease improve comprehensive designs for all internal walls and ceilings for the project.

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 Watson apartment complex is the epitome of elegance with contemporary homes, jaw-dropping views, finishes and details. Built in the 1960s, there was an extensive use of asbestos which took a lot of hard work and health precautions by the developer to remove before reinstallation/remodelling commenced. Rondo has provided extensive technical support since the initiation of the project, providing Rondo Steel Stud and KEY-LOCK Concealed Suspended Ceiling Systems to the $120 million development.

Rondo supported Maxcon Pty Ltd through contractor L&Y Commercial for this project incorporating two 26 and 36 story residential towers of 551 apartments, an Art Series Hotel with 90 rooms, retail spaces and serviced offices. Due to the large-scale nature of the build, our customer was very satisfied with Rondo’s ability to provide quick turnaround times for crane lifts as well as our efficient and effective operation of installation and delivery of goods on site, on time.

SAS International bespoke metalwork comprising of a striking waveform shaped ceiling was designed by architects Arup Associates to feature in the construction of Ropemaker Place, London EC2 for British Land. Simon Anson, architect at Arup Associates comments; “The purpose of the ceiling was to provide the 10.5m tall entrance foyer with an acoustic performance, and create a lighting source providing both uplight and downlight. The illuminated ceiling provides the entrance foyer with visual impact from views of City Point Plaza, Ropemaker Street and The City.” Simon Anson continues, “The appearance of the ceiling is that of a series of illuminated vaulted waves flowing into the interior, the volume of the space perceptually expanded by the uplit waveform surfaces. The vaulted ceiling with its flowing contours provides a visually stunning focal point as well as a practical solution to the acoustic requirements of the interior of the building.” Specialist bespoke wave ceilings were installed in the atrium, main reception area, lift lobbies and main external canopy. The waveform panel, although elegant in appearance, had to have the required strength to support the light fitting. The extra weight posed a significant design challenge of how to integrate and support the light fitting into the waveform panel. The complex design required all fixings to be concealed, as a large proportion of the face and rear of the waveform tiles are visible. In the design development and installation of the system, Arup Associates worked closely with SAS International and the specified lighting manufacturer, Zumtobel, to ensure the panels integrated seamlessly with the luminaires to produce the optimum installation.

At Bostik, innovation comes in many forms.Ultraset® 3 in 1 is Bostik Australia's premium timber floor adhesive incorporating Thickness Control™ Spacer Technology, a proprietary feature consisting of recycled, ground-up car tyres mixed throughout the adhesive.When applied, the Thickness Control™ Spacers act like tiny rubber pillars, suspending the timber and maintaining optimal adhesive thickness to ensure superior performance as a moisture and impact sound reduction membrane.For West Side Place, Ultraset® 3 in 1 presented significant time and cost savings vs conventional multi-layer acoustic systems by eliminating the need to install a separate moisture barrier, acoustic underlay and additional layers of adhesive. Efficiencies that flowed directly onto the construction team, supporting trades and ultimately the developer, delivering a high performance solution within budget, ahead of schedule all the while guaranteeing a compliant and comfortable environment.

Acoustic SAS International metal ceiling systems were installed in the eight-storey Eqwater office building in Paris. SAS International’s SAS330 was installed throughout the office areas in the building. SAS330 is a lay-in metal ceiling tile system that provides functionality and outstanding acoustic performance for a range of cost-effective design options. The practical nature of its structure allows ease of construction and maintenance. The corridors of the building were fitted with SAS International’s SAS205. In some areas it is not possible to use a standard hanging bracket due to the number of services in the ceiling void, SAS205 is supported at the perimeters, up to a maximum width of 3000mm, making it a perfect solution for corridors. Metal offers an inert and inherently hard-wearing surface, making metal ceiling systems both hygienic and a low-maintenance option over the course of their lifespan. Only a simple cleaning routine is required. The lifespan of SAS International’s metal ceilings is in excess of 25 years with only very basic maintenance.

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.”

Project Overview The Wharf Phase 2 will deliver the final more than 1million square feet (92,903 square metres) of mixed-use development to the vibrant waterfront neighborhood, The Wharf. Phase 2 will include a marina, office, residential and retail in addition to a 1.5 acre (0.6 hectare) park and abundant outdoor public space. Delivered in 2017, Phase 1 includes more than 2 million square feet (185,800 square metres) of development. The project architects and designers comprise one of the most impressive lineups in the nation, including SHoP Architects, WDG, ODA, Rafael Viñoly, Morris Adjmi Architects, Hollwich Kushner (HWKN), S9 Architecture, Michael Van Valkenburgh Associates, DCWDG Architecture, Parker Rodriguez, Rhodeside & Harwell, Thomas JuulHansen and Wolf Josey. Sustainable Waterfront CarbonCure-based concrete mixes were selected for the construction of The Wharf to support the sustainability goals. Vulcan Materials Company placed 18,891 cubic yards (14,443 cubic metres) of concrete made with CarbonCure through their partners at Concrete Mixes Inc. These mixes prevented the emissions of an estimated 134 tonnes of CO2. That’s equivalent to 175 acres (71 hectares) of forest absorbing CO2 for a year

The Farr Institute in Edinburgh is a collaboration between six Scottish Universities and the NHS National Services Scotland. They aim to place the country as a global leader in health informatics research whilst improving the health of the Scottish population. 30,000 sq. ft. has been fitted out to accommodate Bio Incubator laboratories and offices together with meeting, conference and dining facilities. The remainder of the building will accommodate laboratories and offices for life science research. SAS International’s acoustic baffles were specified to meet acoustic demand and make the most of the high ceilings and breathable space. The colours, baffle layout and service integration were carefully co-ordinated to the brief. SAS130 and SAS330 were specified and installed in the central core. Both systems offer quick and easy access to otherwise hidden mechanical and electrical systems. With SAS130, tiles can be lifted out to gain access to the ceiling void. SAS330’s hinge notch allows tiles to be hung vertically from C-Profiles, providing unobstructed access to the ceiling void. Ray Kwiecinski at Michael Laird Architects gave the below quote on working with SAS International; “MLA has specified a variety of SAS International’s lay-in grid ceiling systems over the years and we have always been extremely satisfied with the finished product. At the Farr Institute however, we decided to create a feature of the structural soffits and the M&E services and, by careful coordination of these services, the steel beams… [With] the SAS Baffle System and SAS Raft System 600, we were able to create an open, collaborative and exciting office environment whilst maintaining a high degree of sound absorbency. Our Client is delighted with the results as are we.” The Institute’s independent research will support innovation in the public sector, leading to advances in preventative medicine, improvements in NHS care and better development of commercial drugs and diagnostics.

One New Change features SAS International bespoke metal ceiling panels with an expanded metal mesh, finished in silver, red and black. The ground-breaking, bold and perceptive £300 million One New Change mixed-use development project won the MIPIM AR Future Project Award 2010. Now complete, the building has become known as the ‘Stealth Bomber’ after the radar-proof combat plane that inspired its faceted form and has also won a RIBA 2011 Award for London and LDSA Building Excellence Award. The design incorporates pedestrian arcades converging at the core of the building, reinstating a historic north-south pedestrian route and allowing new panoramas of London’s landmark St Paul’s Cathedral. SAS International supplied the ceiling solution for the retail corridors of the development with a concealed suspension system, working closely with the architects to create a result where no visible fixings can be seen through the ceiling plane. To complement this, bespoke metal ceiling panels were produced with an expanded metal mesh, finished in silver, red and black. A challenging material to work with, to ensure the mesh held a uniform shape and corners for the panels could be formed accurately, SAS International’s solution was to create a ‘picture frame’ behind each panel. This also helped to provide support for the concealed attachment bolts. Design challenges at One New Change included the building grid size and shape (it was termed the most difficult site in Europe), the complex geometry of the structure (including some tight ceiling to structural beam heights), and a shared fire strategy between retail and office storeys. Requirements to achieve an environmentally-friendly building, complying with Part L and BREEAM ratings, were also critical and the design uses a materials palette of limestone, metal, mirror and a new method of fritted glass on the exterior to help shield the interior from glare.