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Decorative flake flooring in a residential garage.

Decorative flake flooring on a residential patio.

Protective epoxy flooring in residential living area.

Decorative metallic flooring in a large residential garage.

Protective epoxy flooring in a large warehouse and manufacturing facility.

Decorative metallic flooring in residential bedrooms and hallway.

Using our Tongue & Groove Cladding system, Moloney Architects created this stunning Spotted Gum timber cladding facade which meets the BAL 29 requirements of the project. Clear Oil coating provides protection for the timber while allowing it to naturally grey, blending into the colour palette of the hillside.

The word Folia in Greek means nest, and this is precisely what Folia apartments by Mirvac have delivered. Foliage adorns the many balconies, rooftop conservatory and kitchen garden, contributing greatly to the tranquil ambience which feels wholeheartedly organic. The residences are an inviting place to call home for their new occupants. Able to be seen from below are the prominent soffits on floors 5 and 6, lined with our aluminium Click-on Cladding in a strikingly realistic Blackbutt wood finish. The wood finish on the cladding appears abundantly realistic, cleverly achieving the look of real timber in both tone and texture. Our wood finish wrapping is produced in Japan using a state of the art system to ensure that there is no repetitive wood grain pattern present, helping it to achieve the aesthetic variation of real timber. It also features an embossed texture further replicating that of real timber along with the shadow lines which imitate traditional timber cladding.

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.

The first stage of a two hectare urban regeneration development in Docklands opened in 2018 and introduced the city of Melbourne’s first elevated public park. Floating 10 metres above open public space, a spectacular Tongue & Groove Cladding Soffit overhangs 90 metres, providing natural warmth and texture and remaining consistent with the design of the project. Installed by our partner installer Casello, the project is an example of how our expert installers can complete a project on time and on budget. Green space in the CBD Biophilic design principles were a key to the design of One Melbourne Quarter, bringing the warmth and beauty of natural materials to the workplace. The most prominent inclusion is the spectacular Skypark, located directly above the entrance of the building, on the second floor. The Skypark is a perfect ‘suspended oasis’, bringing the uniquely relaxing aspects of a local park to the inner city. A statement through a soffit With the Skypark suspended above street level, the underside presented a perfect opportunity for the architects Denton Corker Marshall to create a unique feature which was consistent with the design ambitions of the project. Behind the look Sculptform Tongue & Groove Cladding provided a beautiful natural aesthetic in spotted gum. The combination of visual features and colour variation contrasts the greys of the Melbourne CBD and contributes to the overall identity of the project. PEFC certified timber was required to meet Green Star Rating, which was then sourced by Sculptform.

A stunning curved ceiling feature brings a refined touch to the All Souls Chapel in Rookwood, NSW. Architects WestonWilliamson+Partners designed a renovation which meets the needs of the many cultures who use the chapel at Rookwood Cemetary. White Oak battens wrap around the beautifully curved ceiling to create a warm and welcoming environment, and aluminium battens on the entrance soffit continue the linear textures externally. The carefully considered design, along with the attention to detail from installer Interfit Projects resulted in an incredible finished product.

A $160 million redevelopment, the spectacular facade at Westfield Kotara Shopping Complex utilises Sculptform Facade Blades to create large scale linear textures, whilst offering a gateway to the region. Supplied and installed by Sculptform, the facade showcases the ability of Sculptform's install teams to deliver larger projects on time and on budget.

Nestled in the formerly industrial suburb of Sydney’s Alexandria sits the newly completed Arkadia Apartments, designed in a collaboration between DKO Architecture and Breathe Architecture. Lining the spectacular curved forms of two entrance tunnels are our Click-on Battens in Spotted Gum, using a modified version of our system to meet the requirements of the unique geometry.

Sculpform Design Studio in central Melbourne is designed by Woods Bagot and utilises Curved Timber Battens to create a stunning studio space for us to work collaboratively with the clients. Working with Australia’s leading architects and builders is Sculpform's strength, and the vision behind the studio was an environment to foster and enhance that collaboration process. Far from a typical showroom, the studio centres around the Co-lab workshop, where clients can interact and understand the practicalities of the products.

The refurbishment of the Victoria Gardens shopping centre designed by Colab Design Studio uses Sculpform's Aluminium Click-on Batten system to create a stunning curved Oculus, along with feature walls and ceilings throughout the centre. Sculptform’s Click-on batten system provided a unique solution that could be customised to address the incredibly complex geometry of the existing architecture. Being able to use the same system for the mall cladding, mall ceiling installations and the oculus cladding ensured absolute consistency across the entire centre.

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.

Designed by SAOTA in association with TKD Architects, Double Bay House overlooks Sydney’s world famous harbour and uses both Click-on Battens and Tongue & Groove Cladding to create amazing timber features. The incredible batten ceiling spanning the internal to external spaces, creates a seamless series of intersecting planes. Tongue & Groove Cladding is used to create linear textures with a natural look throughout.

APPLICATION: 52mm Drainage Cell.PROJECT LOCATION: Silkstone Qld.PROJECT DETAILS: Parking Bays at the Silkstone Primary School.PROJECT COMPLETION: Sep 2013.Atlantis system saves big old tree.At Silkstone State school Qld. a contentious issue arose. The school required car parking and a sealed one at that. But, in the proposed car park was a huge old tree. The tree could be cut down and the roots dug out or the tree couldbe left, with open soil above the root system to allow for infiltration to keep the tree healthy; but this would lose atleast six car spaces. What was to be done?The answer turned out to be simple – keep the tree, but surround the tree with Atlantis® Gravel Cell™ 52mm cells.Hence while the rest of the car park was sealed, the areaaround the tree was prepared and the 52mm cells werelaid and clipped together there and filled with 10mmgravel. This area was of sufficient size to provide 3 carplaces on each side of the tree and a driveway in frontof the tree, while at the same time allowing rainfall toinfiltrate through the gravel into the root system.Thus we had a win-win situation. Not only was the treesaved, and money saved on not having to remove it, butthe root system of the tree was protected by the GravelCell™ system, and six extra car spaces were created.

Mass timber is transforming from an innovative new method of construction to a must-have in mid-rise building design, and this RMIT NAS (New Academic Street) project paved the way for Australia to become a leader in mass timber construction. One building in particular, the ‘Garden Building’, designed by NMBW Architects and TCL was a stand out for innovation and creativity. The spectacular design used a 6m mass timber grid and due to the visibility of the structure, glulam was the preferred option to CLT. Victorian ash was chosen as it is an attractive timber, ideal for ‘seen structure’.

The University of Melbourne’s (UoM) Biosciences building is the perfect example of how to match a consistent timber throughout an entire space. And not just any timber. Australian Oak Engineered Flooring, cleverly partnered with GoodWood Victorian ash and IronAsh. To coincide with one of HASSELL’s philosophies to ‘continuously improve environmental performance and energy efficiencies as well as create healthier working environments’, the UoM building demonstrates an accurate representation of sustainable design and the connection of nature to increase productivity.

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.

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.

“Having considered both performance and materiality factors, The Winton was designed with a green conscience. Reclaimed bricks provided such an interesting personality to the build, so it was important that the soft character of a natural timber species delivered the contrasting features” - Orbis Construction. Due to Victorian ash’s natural blonde tones, IronAsh has the flexibility to grey off or to be stained to meet any design needs. IronAsh is the combination of GoodWood Victorian ash and unique water-based additives to give a H3 treated exterior timber.

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.

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.

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.

The 52mm drainage cell has been used as normally in two guises. Firstly as a TurfcellTM grass reinforcement such as at Natural Designer Homes , a display home in Casuarina NSW. The photograph of the driveway is from about 1year ago, some 4 years from installation. As there are several cars in the family as well as work trucks the installation looks quite good.Secondly as a Gravel cellTM gravel retainer, such as that used at Leaf and Limb Nursery in Kin Kin Qld., where they use the 52mm cell in the walkways as this makes it easier for them to run the trolley through the gravel.However there is a third use for the 52mm drainage cell. That is as walk ways in mining camps. Traymark Industrial Caravans make the vans for accommodation for the workers and Atlantis® 52mm cells are supplied with each van to be used as a walk way to keep workers out of the mud and dirt when at their accommodation..Secondly as a Gravel cellTM gravel retainer, such as that used at Leaf and Limb Nursery in Kin Kin Qld., where they use the 52mm cell in the walkways as this makes it easier for them to run the trolley through the gravel.Now for another use: a client already was successfully using our 52mm drainage cell as reinforcement for parking bays beside a river and in August 2011, it occurred to him that he could extend the parking area into a boat ramp. Our 52mm drainage cell is made from recycled polypropylene with U. V. protection, in sheets being 480mm x 260mm x 52mm.Two tracks, being 0.96m in width were connected to the 52mm drainage cell in the parking area and also were secured by metal hook pegs to the drainage cell of the parking area. The tracks lead to a full width ramp (2.88m in width) into the water.To prevent the ramp from sinking fully into the silt, the ramp and adjacent section of the two tracks are formed by two layers of 52mm drainage cell connected to each other by cable ties. Metal hook pegs were also used to assist in holding the ramp in position.We contacted our client in August 2017 and he is very happy with the boat ramp which is still in use despite several floods, and constant exposure to the elements.Thus the high load bearing of approximately 4000t/sq. M and the long useful life of the 52mm drainage cell has permitted the 52mm drainage cell to be used and still being used in many ways.

APPLICATION: 30mm Wall PanelsPROJECT LOCATION: Redland Bay QldPROJECT DETAILS: Seeping WallsPROJECT COMPLETION: Jun 2011Atlantis fixing old water seepage problemsA property in Redland Bay Qld was having water seeping through the walls of the lower part of the property, which was below ground level.A trench was excavated to expose the walls which were below ground level, and the walls were allowed to dry out.A waterproof membrane was affixed to the wall and Atlantis® Flo- pipe® geotextile wrapped perforated pipes were clicked together and laid on top of the lower fold of the water proof membrane.A run of Atlantis® Flo-cell® drainage cells was sat on the perforated pipes and taped to the waterproof membrane, to extend along the length of the trench. The run of drainage cells was covered in hydrophilic geotextile and the trench filled in with compacted gravel.The water proof membrane formed a barrier to prevent water from contacting the walls of the property, while the 30mm drainage cell formed an air gap to relieve any hydrostatic pressure on the water proof membrane. Any water entering the drainage cell falls into the perforated pipe where it is taken away. This arrangement has been used, literally, thousands of time to overcome or prevent this seepage problem.

Project Location: Amberley, Queensland, AUSTRALIA.In Amberley is one of the largest base facilities in Australia. The redevelopment works are valued at AU$331.5 million. New construction and refurbishment works to be undertaken include newliving-in accommodation, maintenance facilities, storage, working and training accommodation, a combined mess and a new physical fitness centre.The site is owned by an Australian Government Department. The Atlantis® Turf Cell® was supplied by Atlantis and was installed by Kennedy Projects Group in April 2009. The system is located at the playing fields on the south-western corner of Gannet St and Rosewood Road, Amberley, QLD.A vegetated swale surrounds the playing field. The swale is an open, shallow channel designed to slow runoff, filter it, and promote infiltration into the ground. Excess water moving through the soil profile is captured by Atlantis® Matrix® Tank – Single modules. The use of a swale to collected water results in smaller runoff volumes, lower peak discharge rates and cleaner runoff. The vegetation in swales, usually thick grass, helps to trap pollutants such as suspended solids and trace metals. The Atlantis Matrix modules extend 3m (10ft) wide under the swale for 110m (360ft).Water collected by the swale is collected in a stormwater harvesting tank located adjacent to the north-western corner of the playing field. Perforated corrugated plastic pipes used as subsurface drainage pipes extend for 1560m (5110ft) is also collected by the stormwater harvesting tank.The stormwater harvesting tank is located subsurface and is constructed of a heavy duty low density polyethylene liner and non woven geotextile surrounding Atlantis® Matrix® Tank - Double modules. The Atlantis stormwater tank has a 4,100m3 (144,80 ft3) capacity. Water collected by the swale and stormwater tank system is used for irrigation of the sports field.The Atlantis stormwater tank has eight (8) cleanout / inspection ports placed through the systems. A 1200mm (4ft) dia. wet well with bolt down lids has been installed adjacent to the tank serves as a pump out pit. The overflow from the tank has a 15m (50ft) long x 400mm (1.3ft) deep spill way with scour protection into an adjacent creek.

APPLICATION: Road CellPROJECT LOCATION: Chan Chan PeruPROJECT DETAILS: Protecting Walkways and Preventing erosionPROJECT COMPLETION: Sep 2016Chan Chan, the largest City of the pre-Columbian era in South America is now an archaeological site in La Libertad Region, 5 kilometres west of Trujillo Peru. Chan Chan is located in the mouth of the Moche Valley and was the capital of the historical empire of the Chimor from 900 to1470, when they were defeated and incorporated into the Inca Empire. The city Chan Chan spanned 20km2 and had a dense urban centre of 6 km2.The increasing popularity of the site forced the authorities to consider how to protect the walkways and to provide drainage, to remove rain water from the site to prevent erosion. The solution was to use the Atlantis® Road CellTM 53mm drainage cell. This installation made Chan Chan the second World Heritage site in all of Peru to have a highly technical system of protection of the original pavement installed and it covered almost the entire tourist circuit with the exception of the funeral zone.A layer of water proof membrane was laid down on the walkway and the the Atlantis® Road CellTM 53mm drainage cells were clipped together on the water proof membrane and filled with gravel. Thus providing protection for the walkway and also providing a drain for directing rain water away from the archaeological site to ameliorate erosion. Also it facilitated the access of visitors, especially those with disabilities, by providing a firm stable walk way.In all 1,700 m2 of the Atlantis® Road CellTM 53mm drainage cell were laid, and filled with gravel.

The developers were looking for an elegant, cleaner, sophisticated look complimented by the movement of the ocean across the road. In addition to this, eye catching colours brought to life through unique systems. Baxta cement renders are being delivered and applied to this ultimate coastal sanctuary featuring a unique design enhanced by the use of the beautiful Baxta render and elastomeric finishes.

Designed by Woods Bagot Pty Ltd and built by Lend Lease Group, BCG manufactured curved heat strengthened laminated glass panels for the feature stair to the entry lobby of the first completed commercial tower at Barangaroo – International Towers Sydney (ITS) 2. Working closely with Woods Bagot Architects and fabricators F & D Normoyle Engineering, BCG assisted with the fine tuning of the detail design. BCG’s precision bending and laminating processes provided the quality of finish and timely supply required to ensure the successful completion of the project.

Designed by Benson McCormack Architects and built by Hone Constructions. The curved glass elements seen at the ground level entry shopfronts and in the feature penthouse facades are key to the undulating design which becomes the signature for the “Wave” Apartments building. In particular the projecting curved façade at each end of the penthouse roof level is a major element of the architectural design and a feature that can be seen from afar. The sweep of the concrete rood appears to float above the skin of curved glass creating a dramatic visual effect.

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.”

Imagine waking up in this 4-star luxury hotel with panoramic view of the IJ and the city of Amsterdam. Hotel Jakarta: a BREEAM Excellent certified energy-neutral hotel in Amsterdam. Designed with sustainability in mind. Unique for the Netherlands is the 30-meter-high timber structure of the hotel. All columns, ceilings and frames are made from natural, FSC or PEFC certified wood. The south and east façades are covered with 700 m2 of building-integrated solar energy panels (BIPV panels). The glass roof that covers the atrium also contains BIPV cells that, in addition to collecting energy, also function as sun blinds for the subtropical inner garden. The atrium is the center of the hotel and works as a temperature controller in both summer and winter. On each side of the building, rooms have their own covered outdoor space that functions as a structural awning. A custom made revolving door provides access to the hotel where there is a dynamic public area with various bars, restaurants, coffee corners and a wellness center. This transparent revolving door is almost 6 meters high and fits perfectly with the appearance of the facade. In addition, this type of entrance solution is in line with the sustainability requirements of the building.

European telecommunications operator, Tele2 were moving into new offices in Kista Science City - Stockholm as their headquarters. It had been decided that they were going in an Activity - Based Workplace direction, featuring large, open work areas where people could move freely throughout most of the building. From a security perspective, this work concept came with a few challenges. The Business Challenge Tele2 were moving into a new building with an “Open Office” design. The challenge was to create a transparent, inviting atmosphere while still maintaining a high level of security. Furthermore, an emergency exit was also required through the gates. Together with Tele2 and BAU architects, Boon Edam started sketching and researching, to find the perfect solution for the main entrance to the building. The original plan to make the building as open as possible, changed slightly to accommodate important security needs, both around the entrance and throughout the whole building itself.