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Sustainability eBook 2024

The Sustainability Awards is Australia’s longest-running and most prestigious awards program dedicated to recognising and celebrating excellence in sustainable design and architecture. The quality and level of design was so high that selecting the finalists was no easy task for the judging panel.

A big congratulations to Jackson Clements Burrows Architects for winning the Commercial Architecture (Large) category with their project T3 Collingwood. A special mention also goes to Populous, who received a Highly Commended award for their Sydney Swans HQ project.

Download this eBook to read about our latest sustainability updates and learn more about these impressive projects.

Compliant Non-Combustible Aluminium Recladding at Nan Tien School of Higher Education

Nan Tien Institute (NTI), Australia’s first government-accredited higher education provider with a focus on personal development in Buddhism, health and social well-being, recently undertook a significant recladding project. This transformation was driven by a need to replace non-compliant aluminium cladding, which had been identified as a hazard and non-compliant by the Institute’s insurance provider. After thorough research, Nan Tien chose ALPOLIC™ NC/A1, the world’s safest aluminium cladding, backed by the reputable Mitsubishi Chemical Infratec Co., Ltd.

The initial cladding on the Nan Tien Institute building did not meet current Australian fire safety standards, posing a significant fire risk and resulting in exorbitant insurance premiums. Nan Tien Institute had initially registered in a combustible cladding class action due to the presence of dangerous cladding on the building. During this process, they were directed to Network Architectural to seek a compliant and reliable solution. With these considerations in mind, Nan Tien Institute’s team began their search for a cladding product that met stringent safety requirements and offered peace of mind.

Miaoyou explains, “It was brought to our attention by our insurance company that we had non-compliant aluminium cladding on our building. The insurance premiums were high until we could replace the cladding with something compliant. This initiated our need to reclad everything.”

After considering several alternatives, Nan Tien Institute selected ALPOLIC™ NC/A1 for the project due to its superior safety and aesthetic properties. Miaoyou expressed confidence in the decision, stating, “We knew it was fully compliant and the safest aluminium cladding worldwide. Additionally, it was backed by a large company, Mitsubishi, so we knew it came with a full replacement warranty.”

ALPOLIC™ NC/A1 meets all NSW Government testing requirements as a DtS non-combustible cladding. This, coupled with its 20-year full cover warranty, ensured that Nan Tien Institute would not only be compliant but also receive long-term durability and peace of mind. The product’s CodeMark certification to Building Code of Australia (BCA) standards further solidified its reputation as the best choice for the project.

Aesthetic and Functional Excellence

The aesthetic appeal of ALPOLIC™ NC/A1 was another driving factor in its selection. As Miaoyou shared, “We loved the look of ALPOLIC™. It looked to be of much better quality, and their range of colours was fantastic. They even had a colour in stock that was close to the original colour.”

The design possibilities with ALPOLIC™ are endless, thanks to its superior flatness (no oil canning), large selection of colours, and finishes and offers outstanding durability which is resistant to hail. Featuring Lumiflon FEVE coating technology, ALPOLIC™ NC/A1 is highly resistant to UV rays and corrosion, ensuring that the façade remains visually stunning and functional for years to come. The no-maintenance cladding offers excellent weather resistance, making it an ideal choice for the harsh Australian environment.

Installation and Professionalism

The installation process was smooth and handled professionally by Aesthetic Building & Facades, an accredited fabricator and installer. “The contractors that carried out the work were great. They were very professional and extremely tidy in their workmanship,” Miaoyou said, praising the team’s efforts in delivering a seamless result.

ALPOLIC™’s full in-house service and support also played a pivotal role in ensuring the project’s success. From specification to completion, the ALPOLIC™ team provided guidance and expertise, ensuring that Nan Tien Institute received the highest standard of expertise from initial quote to installation.

Sustainable Choice for the Future

In addition to its safety and aesthetic benefits, ALPOLIC™ NC/A1 is a sustainable choice. With 300% fewer CO2 emissions during manufacture compared to solid aluminium and 500% lower heat transfer, it helps to reduce energy consumption. As environmental responsibility becomes increasingly important in construction, ALPOLIC™ NC/A1 stands out with a certified Environmental Product Declaration (EPD) produced by GECA, reinforcing its role in responsible design without compromising on quality.

By choosing ALPOLIC™ NC/A1, Nan Tien Institute ensured the long-term safety, durability, and aesthetic integrity of its building. As Miaoyou concluded, “We love the final look of this; it looks fantastic.”

ALPOLIC™ NC/A1 delivered superior fire safety, aesthetic appeal, and environmental benefits, making it the ideal cladding solution for the Institute’s needs. Backed by an industry-leading 20-year full-replacement warranty and ALPOLIC™’s proven reputation, Nan Tien Institute can rest assured that their recladding investment will stand the test of time while remaining in full compliance with the strictest safety standards, along with now reduced insurance premiums for this fully compliant building.

For more information on ALPOLIC™ NC/A1 and your next recladding project contact us today.

Sustainable Ceilings: Reducing Carbon Footprint with Aluminium Ceiling Systems

Aluminium is a key material in modern construction, widely used in ceiling systems for its lightweight, durable, and low-maintenance properties, while also offering corrosion resistance and sleek aesthetics. Through careful and considered design and specification, it also has the potential to greatly reduce the carbon impact of construction projects.

Sustainable Ceilings: Reducing Carbon Footprint with Aluminium Ceiling Systems explores how aluminium ceiling systems, with their recyclability and long lifespan, can help lower your project’s carbon footprint, offering a more sustainable alternative to traditional materials. We also consider examples of innovative ceiling designs that incorporate dynamic lighting and shading systems to balance embodied carbon emissions from material production and transportation with significant reductions in operational emissions during the building’s lifetime.

durlum is a leading manufacturer of versatile, sustainable metal ceilings and integrated lighting solutions, known for creating bespoke designs for various commercial projects such as airports, railway stations, and office buildings. Their flexible ceiling systems offer a wide range of colours, textures, perforations, and finishes, allowing for creative customisation to meet any design requirement.

Download this whitepaper to learn how aluminium ceiling systems, with their recyclability and long lifespan, are a sustainable alternative to traditional building materials.

Navigating Sustainability when Selecting Aluminium Cladding

Given the various attractions of aluminium cladding – which include everything from visual appeal, cost-effectiveness and low maintenance requirements to durability, ease of installation, and more – its continued popularity, for a range of applications, is understandable.

That said, it is important to note that aesthetic and functional benefits such as these are only part of the equation. As is now broadly accepted across the construction sector, product choice should also involve environmental considerations. When specifying aluminium cladding, it is important to consider the raw material extraction methods used to produce them, whether their manufacture includes recycled material, and so on.

This White Paper, titled Navigating Sustainability – Key Considerations when Selecting Aluminium Cladding, examines the environmental credentials of aluminium cladding. It identifies the key variables that contribute to the sustainability (or otherwise) of such products and outlines the best ways for specifiers to identify those that are genuinely sustainable.

Network Architectural is focussed on serving the construction market with high quality façades and architectural finishes. As its status as the exclusive Australian distributor of several key cladding brands, including ALPOLIC™ attests, Network Architectural also ranks environmental sustainability among its top priorities. Durable, EPD certified, and designed for easy reuse, ALPOLIC™ NC/A1aluminium composite panels represents the future of façade innovation.

Download this whitepaper to learn about the key factors to consider when selecting aluminium cladding.

durlum Metal Ceiling Case Study: Kingswood Institute of Applied Technology

Network Architectural is always very proud to deliver the very best solutions and results to our clients, from architectural cladding to metal, mesh, and mineral fibre bespoke ceilings.

We were delighted to work with Kingswood Institute of Applied Technology and Dunrite Linings earlier this year to create and install a bespoke metal mesh ceiling system to enhance their new construction training building’s functionality and aesthetic performance. We optimised this result with industry-leading products from durlum.

Located adjacent to Penrith in Sydney’s west, Kingswood Institute of Applied Technology Construction (IATC) is a TAFE NSW (Technical and Further Education) campus whose core focus is the future of innovation and leadership in the Construction Industry.

Striving to design and deliver market-leading training that quickly adapts to evolving industry needs, it offers a vast array of courses and operates in collaboration with TAFE NSW, Western Sydney University, and CPB Contractors.

Our project

We were enlisted by our client to fit out the brand-new building for the Institute of Applied Technology Construction. “Initially durlum ceilings were not specified, however due to their shorter lead times and flexible approach to change things around, we automatically switched to durlum through Network Architectural” said Will from Dunrite Linings. This innovative, distinctive build represents the exciting new premises at which building industry apprentices will learn the practical skills required for using construction equipment and working with simulated heavy machinery.

Our client sought a high-end industrial aesthetic for this campus. To achieve this, Network Architectural created bespoke ceilings using durlum ceiling panel products, comprising 80% expanded metal mesh panels.

Striking, powerful tones of grey and black were used throughout. Black expanded metal mesh was installed in classrooms and meeting rooms to affect more intimate spaces, while lighter grey tones were chosen to open up public areas. For the corridors, durlum S1 Clip-In tiles were installed for lower-height ceilings to achieve perfectly straight lines.

Within practical training rooms, we used vibrant yellow powder-coated expanded metal mesh panels to brighten and enliven the space and help motivate learning and active participation. “durlum are excellent and colour matching anything, which made it easy to create feature ceilings throughout this project”, mentioned Will.

With this majority mesh ceiling approach, an open, airy industrial effect is achieved whereby natural light is admitted throughout the building from above.

Externally, black durlum S7 double hook-on service panels were used around the building soffit to create a perfectly aligned, seamless transition between bays.

We enhanced the functionality of these mesh panels with durlum opaque acrylic backing panels to make them impervious to vermin, insects, and other materials that may otherwise fall through.

Underneath the soffit, which is the building’s loudest area, we used a combination of durlum S7 perforated mesh panels and opaque acrylic panels. This acoustic ceiling approach helps mitigate noise from machinery while maintaining natural light permeation throughout.

Our client and the users of the space are thrilled with the outcome! “To be honest, this is one of our most aesthetically pleasing projects”, said Will and “it was great working with the guys from Network Architectural to bring this project to life, their flexibility and professionalism is fantastic”.

durlum – superior ceiling systems

Network Architectural is Australia’s exclusive distributor of industry-leading durlum metal ceiling solutions.

The epitome of versatile bespoke ceiling design, durlum manufactures innovative metal ceilings, mesh ceilings, and acoustic ceiling solutions suitable for both interior and exterior applications. From sporting venues to shopping centres, offices to universities, and hospitals to airports, no project is too challenging and, working with durlum, Network Architectural can create and install truly unique, customised ceilings in a variety of textures, perforations, colours, and finishes, with or without integrated lighting solutions.

Robust durlum metal ceiling panels are engineered for longevity and are easy to clean. They are water-, mould-, and mildew-resistant, fire-resistant, and are a safe, sustainable architectural option.

We are also a major distributor of outstanding OWA Ceiling products in NSW and the ACT. OWA mineral fibre ceiling tiles offer a modern, fresh aesthetic for an environmentally friendly acoustic ceiling.

Contact Network Architectural for superior bespoke ceiling solutions from durlum. We’d love to work with you to bring your project to life and we are committed to exceeding your expectations in terms of our level of service and product quality.

Q&A with Steven Fraser, Ceiling Systems Manager at Network Architectural

Can you tell us about your background in sustainability and how it led you to your current role at Network Architectural?

I’ve always been passionate about how materials impact buildings and their occupants, and with over 15 years of experience in manufacturing composites and metals I have developed a deep understanding of their environmental impact.

Now, as Ceiling Systems Manager, I strive to help architects and subcontractors choose the best products for their needs while prioritising sustainability. I strongly believe that we are the custodians of our environment for the next generation, and I like to align my career trajectory to employers that share my values. Network Architectural certainly does.

From your perspective, how does sustainability factor into today’s architecture and design landscape?

Incorporating sustainable design principles from the outset is paramount to ensuring efficient use of resources, reducing waste, and improving overall building performance. And for me, creating durable ceilings that minimise ongoing maintenance and withstand the test of time to reduce waste and energy in the long term is absolutely crucial. In essence, it’s all about using less resources and repurposing existing elements.

How important is sustainability to your organisation? Is it an important consideration when sourcing products to support?

Sourcing sustainable products for our portfolio is essential for Network Architectural. It’s a fundamental principle of the company’s ambition to create positive environmental and social impact. And while financial success is important, it really is about fostering responsible business practices that benefit employees, the industry as well as global communities at large.

durlum is your leading metal ceiling solution. How does durlum’s commitment to sustainability align with Network Architectural’s environmental ethos?

durlum is also committed to sustainability, which aligns perfectly with Network Architectural’s environmental ethos. durlum has achieved an Environmental Product Declaration (EPD) for all of its steel, aluminium and chilled/heated ceilings, which means that they have independently verified the environmental impact of their products throughout their entire life cycle, from raw material extraction to manufacturing, use, and end-of-life disposal.

Plus, durlum is also certified according to the international environmental management standard ISO 14001 as well as energy management standard ISO 50001 – these certifications demonstrate durlum’s commitment to reducing its environmental impact and improving its energy efficiency.

Speaking of certifications, last year you went through the process of obtaining Global GreenTag GreenRate certification for durlum. Can you talk through that process?

We’re very proud to have achieved Global GreenTag GreenRate Level A Certification last year. It was a rigorous process that involved evaluating our durlum Aluminium Panels across various factors, including health and ecotoxicity, life cycle analysis, and corporate social responsibility.

We had to provide detailed evidence demonstrating that our product ingredients and manufacturing processes aren’t harmful to people or the environment. This was a challenging but rewarding undertaking that ultimately reinforced our commitment to sustainability.

We’re confident that our Global GreenTag GreenRate Level A Certification proves that our durlum Aluminium Panels are a responsible choice for projects prioritising sustainability.

With all that in mind, would you consider metal ceilings to be a good sustainable solution and why?

Absolutely. I think it’s important to acknowledge that metal ceilings use a lot of energy to produce in the first instance, however their robustness, corrosion resistance and longevity of use offset this impact. And if incorporated with smart solutions can effectively help reduce the day-to-day energy consumption of the buildings’ operational energy use, such as lighting and heating.

In addition, metal ceilings offer one of the best end-of-life opportunities. Not only do they offer an exceptional life span of over 50 years – they are infinitely recyclable and remain to be a high value item at the end of its long-life span. Plus, recycling metal ceilings uses 95% less energy than producing new metal. Consequently, metal building products rarely end up in landfills, contributing to a circular economy.

What are Bespoke Metal Ceilings?

As an Architect or Builder, your passion lies in crafting exceptional physical spaces that are not only functional but also visually captivating.

To enhance a property’s aesthetic appeal and value, you could consider integrating a bespoke metal ceiling into your design.

Fortunately, when it comes to bespoke metal ceilings, the sky’s the limit. High-quality metal ceilings can be customised in terms of design patterns, shapes, sizes, finishes and even functional requirements to achieve the vision of your project.

In this article, we’ll explore the benefits of bespoke metal ceilings and when you might use them. We’ll also provide insights into choosing the right metal ceiling products to ensure your bespoke ceiling project truly stands out.

What are bespoke metal ceilings?

Bespoke metal ceilings are metal ceiling solutions that have been uniquely fabricated to meet the specific design, aesthetics and functional requirements of your project.

Compared with off-the-shelf standard modular metal ceilings, bespoke metal ceilings offer the ultimate design flexibility; the limit really is your imagination. They can be easily tailored and seamlessly integrated with other architectural elements to complement the overall style, theme and interior of any property.

Why metal ceilings?

Today, metal ceilings are a popular choice for Architects and Builders alike. Here are the main reasons why:

Durability – Metal ceilings are known to be highly robust, and capable of withstanding water damage and other harsh environmental conditions. They are easier to maintain and clean and have a longer lifespan than other materials.
Versatility – There are various metal ceiling options available for simple or complex applications, ranging from perforated metal ceiling panels to mesh ceilings, baffle ceilings, open-cell ceilings, acoustic ceilings and suspended ceilings.
Acoustics
Customisation

What are the common types of metal ceilings?

There are 3 main materials used for metal ceilings.

Aluminium Metal Ceilings.

Aluminium metal ceilings are crafted from lightweight aluminium material, so they are easily customised into various shapes, patterns and textures. They also offer unparalleled flexibility, durability and corrosion resistance, making them suitable for both indoor and outdoor applications.

Steel Metal Ceilings

Steel metal ceilings are sturdy, cost-effective and long-lasting, making them ideal materials for physically demanding environments. These steel bespoke metal ceilings can also provide excellent acoustic and fire-resistant properties.

Stainless Steel Metal Ceilings

Known for their distinct reflective surface, stainless steel metal ceilings offer a sleek and modern look. Available in a range of surface finishes from polished mirror to matt, these panels can also incorporate perforations, patterns and textures.

Each type of metal ceiling has its own advantages; it’s up to you to choose the one that aligns best with your project’s design and functional requirements.

Just keep in mind:

Choosing the right ceiling product is essential to ensure that your project’s aesthetic goals, durability needs, maintenance considerations and specific environmental conditions are perfectly met.

How to choose the right product for your bespoke metal ceiling

As your partner in high-quality ceiling solutions, our consultative team at Network Architectural is committed to equipping you with industry-leading brands and products that can transform your design vision into an outstanding reality.

This is why we take pride in being the exclusive distributor of in Australia: the optimal choice for bespoke metal ceilings that meet both the functional needs and distinctive aesthetic requirements of any project.

durlum metal ceilings are versatile and available in a wide range of sizes, shapes, finishes, effects, and colours. They also offer a number of integrated lighting solutions to choose from.

Characterised by precise standards of finish, durlum metal ceilings are widely used in diverse settings such as airports, railway stations, shopping centres, office buildings, schools, sporting venues and other outdoor structures.

Here are several architectural advantages that make durlum the best option for your bespoke metal ceiling:

Our unique durlum Project Design Lifecycle process ensures a complete in-house service from concept to completion, with a quick turnaround on drawings and samples.
Streamlined design aesthetics available in linear, modular, curved or sculpted layouts and can be customised to achieve your design vision
Resistance to humidity, mould and mildew growth
Accessibility for easy cleaning and maintenance
Fire-resistant and compliant with Australian standards
Smooth integration of electricals, cabling, lighting, heating, cooling and more

At Network Architectural, we also provide you with complete peace of mind when it comes to using this bespoke metal ceiling product.

In fact, all durlum metal ceilings we supply are backed by a 10-year warranty. We also make sure you get the knowledgeable support and technical expertise you need both from our local ceiling specialists and durlum’s global team.

Network Architectural can bring your design vision to life with our bespoke metal ceiling solutions

Do you have some great ideas about incorporating bespoke metal ceilings, yet are unsure about how to initiate the process?

At Network Architectural we can help. Our in-house team will walk you through every stage from concept to completion, to ensure that your vision is achieved.

Our detailed durlum architectural design process will bring your vision to life and exceed your expectations.

We begin our process by reviewing your conceptual design.
Our durlum design team then creates a more detailed hand sketch to bring this concept to life, giving you a glimpse of what your project could look like.
To further refine the details, we provide hand samples and a wide array of colours, allowing you to select the perfect combination to match your design.
Once the sketches are approved, our experts create precise CAD drawings, ensuring every element of the bespoke ceiling design fits seamlessly together.
We then offer an option to take your design to the next level by constructing a full-scale prototype, allowing you to experience the end result.
Finally, our experienced team at durlum produces meticulous shop drawings, guiding the construction process and bringing your project to life so that it is easy to sign off on before going into production.

At Network Architectural, you can trust that we’re passionate about our work and your project.

We listen, learn and always strive to improve and innovate to help you find the best solution for your specific designs, specifications and project requirements.

Have a look at how we have implemented our durlum architectural design process for the Pitt Street Metro Train Station project.

[PHOTO – Pitt Street Station | Conceptual design]

[PHOTO – Pitt Street Station | Sketches by durlum]

[PHOTO – Pitt Street Station | CAD drawings]

[PHOTO – Pitt Street Station | Prototypes]

[PHOTO – Pitt Street Station | Shop Drawings]

[PHOTO – Pitt Street Station | Progress Shots]

[PHOTO – Pitt Street Station | Completed photos]

[PHOTO – Pitt Street Station | Renders]

Ready to feature a bespoke metal ceiling in your next project?

Whether you have more questions about bespoke metal ceilings or are looking for the right ceiling solution for your project, we’ve got you covered.

Just reach out to us – our expert metal ceiling team can help you achieve the results you’re after.

As always, it’s best to seek the expertise of a trusted and well-established Australian ceiling supplier that can provide you with the highest standard of products.

At Network Architectural, we look forward to becoming your trusted partner for all your building and construction projects!

Weathering the storm: ALPOLIC’s role in creating resilient architecture for changing climate

Remember when weather was merely a topic of casual conversation? Now, amidst the escalating emergency of the climate crisis, it’s a subject fraught with anxiety and uncertainty – especially because Australia is experiencing some of the most pronounced effects of global warming. From scorching heat waves and devastating bushfires to intense rainfall and torrential floods, we have endured a rapid surge in extreme weather events. This fundamental development is radically reshaping the built environment, presenting architects and designers with an urgent challenge: to create buildings that not only withstand these volatile and largely unpredictable conditions, but also contribute to a more sustainable, resilient and – hopefully – more stable future.

As a result, now, more than ever, the choices architects and designers make regarding materials, construction techniques, and overall design strategies are critical, and selecting products that can endure harsh weather conditions, resist corrosion, and offer long-term durability is paramount to ensuring the safety and longevity of the built environment in Australia.

Tried and tested solutions provide confidence for uncertain future

Assessing weatherability during the planning and design phases is crucial to ensure optimal performance and sustainable outcomes throughout a building’s lifecycle, and early collaborative engagement with suppliers who provide comprehensive testing data is absolutely essential.

This includes simulations of various environmental conditions and, ideally, independent certifications demonstrating compliance with relevant standards. As many industry professionals are aware, AS4284 is a crucial Australian standard for evaluating a building facade’s ability to resist water penetration under simulated weather conditions. Additionally, AAMA2605 is a widely recognised North American standard that outlines rigorous testing procedures for assessing the performance of organic coatings on architectural aluminium extrusions and panels, providing valuable insights into their resistance to fading, chalking, and corrosion.

Prioritising materials with proven weather resistance, backed by compliance with standards like AS4284 and AAMA2605, can significantly mitigate the risks associated with extreme weather events. By making informed decisions based on robust testing data and recognised industry standards, architects and builders can create more resilient structures.

ALPOLIC™: A proven solution for a changing climate

Manufactured in Japan by Mitsubishi Chemical Infratec Co., Ltd, ALPOLIC™ exemplifies a superior choice for architects seeking to safeguard buildings against the escalating challenges of Australia’s climate. The panels have been rigorously tested to meet or exceed international standards – including AS4284 for water resistance and AAMA2605 for coating performance, ensuring resilience against corrosion and UV degradation. Plus, the panels have also undergone cyclone testing. Here, we look at specific aspects of ALPOLIC design that ensure its outstanding quality, reliability and weather performance.

First of all, the panels are engineered with high-quality aluminium, which equips them with outstanding structural integrity, and enables them to resist the forces exerted by high winds, heavy rain, or even hail. This endurance in the face of even the most trying conditions is further reinforced by corrosion resistance, UV stability and thermal expansion control. ALPOLIC™’s advanced Lumiflon FEVE paint coating technology ensures that the panels maintain their aesthetic appeal even when exposed to prolonged moisture, salt spray, or acidic pollutants and its high resistance to UV degradation ensures colours don’t fade away. The panels’ one-of-a-kind, mineral-filled core protects the exterior from damage over time, such as denting or oil canning, brought on by Australia’s increasingly severe weather conditions. These characteristics contribute to the panels’ distinctive flat profile and their capacity to retain their shine and lustre for about 50 years.

The iconic Q1 Tower in Queensland stands out as a testament to ALPOLIC™’s incredible weatherability, as the building has been withstanding the harsh conditions of its seaside locale since completion in 2005. Positioned only a couple of hundred metres away from breaking surf and exposed to salt air and Queensland’s unforgiving sun for over 20 years, the building still maintains its structural integrity and aesthetic appeal, with the ALPOLIC™ panels installed across its exterior still looking as good as they did when first installed.

Designed by Conrad Gargett and Lyons, the Queensland Children’s Hospital is another example of ALPOLIC™’s resilience. Completed exactly a decade ago, the hospital’s exterior remains vibrant despite Brisbane’s unrelenting tropical heat, humidity and intense sun exposure. Here, 55,000m² of the ALPOLIC™ product in various custom colours including vivid green, turquoise and purple were used on the building’s exterior louvres and protruding components to achieve the architects’ engaging and immersive vision – and thanks to ALPOLIC’s Lumiflon FEVE resin technology, the panels still look like they did on the day of installation.

These pristine facades highlight the panels’ exceptional resistance to heat. ALPOLIC™ products are engineered to minimise thermal expansion and contraction, preventing warping, buckling, or cracking – an essential consideration when specifying materials in areas set to experience extreme temperature variations.

Reliable fire performance is another quality making ALPOLIC™ NC/A1 particularly suited for an increasingly volatile, harsh climate. The mineral core of ALPOLIC™ NC/A1 is non-combustible, preventing it from catching fire even when exposed to high temperatures – a quality particularly relevant in bushfire-prone areas. In fact, it has been tested and certified to meet the Euroclass A1 standard, the highest possible rating for non-combustibility. That means the panel has passed rigorous tests simulating real-life fire scenarios and has shown no propagation nor spread of flame.

ALPOLIC™’s exceptional durability and weather resistance ensure reliability and longevity in the face of escalating extreme weather events. In that, they also offer additional benefits that reinforce ALPOLIC™ as a particularly sustainable choice for an uncertain future. Durability and structural integrity minimise maintenance and replacement requirements, which minimises costs, need for additional resources and labour, associated transportation and logistics, construction waste, and – as a result – the building’s environmental impact is vastly reduced. In addition, in contrast to other products which might require cleaning up to four times a year, ALPOLIC™ panels do not require cleaning to maintain their warranty at all – which only reduces their environmental impact further. Plus, the availability of an Environmental Product Declaration (EPD) for the panels provides clarity about their environmental impact throughout their life cycle, fostering transparency and informed decision-making for sustainable building design.

In a world grappling with the increasing urgency of climate change and more unpredictable, volatile weather patterns, the architectural community is bound to play a vital role in creating a resilient built environment that can endure and thrive. By prioritising weather-resilient design and specifying meticulously tested high-performance materials and products like ALPOLIC™, architects, designers and construction professionals can help create sustainable and resilient buildings – and a greener, more stable future for Australia.

The butterfly effect at Changi Airport Terminal 3: Ingenious design takes flight with durlum’s dynamic ceiling and light modulation system

Airports have long captivated our imaginations – and for good reason. An awe-inspiring testament to humanity’s inventive spirit, airports are inspiring reminders of the transformative potential of bold design. Singapore’s flagship Changi Airport is no exception. In fact, this iconic complex of buildings, designed through a collaboration between SOM – Skidmore, Owings & Merrill LLP and CPG Corporation Pty Ltd, is one of the most innovative global travel hubs.

A perennial high-ranker in the “World’s Best Airport” awards by Skytrax, this busy airport is a pinnacle of ingenuity, and Terminal 3 stands out as a particularly fine example of architectural and engineering excellence. One of Terminal 3’s most outstanding design features is its custom ceiling and light modulation system by durlum, a leading developer of metal ceilings and lighting systems for architectural applications. Unique on a global scale for its robustness, sophistication and seamless integration of design and technology, durlum’s system enables the airport to capitalise on different light sources to create a comfortable environment for millions of travellers passing through the airport every year, while significantly reducing energy consumption.

The system’s eye-catching design language is inspired by the effortless kinetics of butterfly wings, a concept beautifully brought to life through a series of panels gracing the terminal’s roof. While their striking designs have certainly become a distinctive element of the building’s envelope, these 919 anodised aluminium panels engineered by durlum, are not merely decorative – they are fundamental to regulating the amount of natural light flooding the interior.

Each perforated panel is strategically positioned above a light well, and their movements are orchestrated by a central computer that receives real-time data from roof sensors. This allows the panels to respond dynamically to the sun’s angle and the prevailing weather conditions, ensuring optimal daylight while minimising unwanted heat gain.

Inside the terminal, durlum’s ingenious light modulation system continues to stand out as one of the most distinct design features. Here, thousands of louvred ceiling panels work in seamless tandem with a network of overhead lights and light-deflecting reflective surfaces to capitalise on daylight, and use artificial lighting only when required. Spanning an expansive area of 60,000m2, this intricate, responsive system transforms the ceiling into a stunning, sculptural installation that emulates the very same dynamic movement of butterfly wings.

When natural light fades, 90 light projectors installed across the roof, along with direct and indirect lights throughout the terminal, seamlessly take over, ensuring a consistently well-lit and comfortable environment for travellers.

durlum’s dur-TRONIC system expertly manages this intricate dance of light, dynamically transitioning between natural and artificial light sources so seamlessly that the shifts are practically imperceptible to the crowds rushing through the airport. This extraordinary solution, custom-designed specifically for this iconic location, ensures a bright, comfortable and evenly lit environment, while the spectacular design of louvred skylights enhances the stunning, futuristic character of the interiors.

At the same time, this ingenious system significantly reduces the terminal’s energy consumption. Through a responsive and fully automated combination of daylight harvesting, reflective surfaces, and intelligent lighting control, the airport reports an estimated reduction of 2,400 tons of CO2 emissions annually. This reduction in carbon footprint – further underscored by the outstanding recyclability of durlum’s aluminium panels – is a testament to the incredible potential ingenious design can have on environmental performance.

The success of Changi Airport Terminal 3 showcases the transformative power of uncompromising, cutting-edge design, and collaboration between architects, engineers, and manufacturers. An exquisite example of custom design, this project serves as an inspiration for the future of commercial developments, demonstrating that aesthetic excellence, environmental responsibility and technical ingenuity can soar to new heights – and with durlum’s innovative ceiling and lighting solutions ambitious projects like this one can truly take flight.

Revolutionising Style and Safety: ALPOLIC™ NC/A1 Recladding of Trilogi Apartments, Melbourne

The Trilogi Apartments in Melbourne faced a critical safety issue when it was discovered that their existing cladding was combustible. Under Australian safety regulations, the body corporate was required to replace the cladding with a product that satisfied NCC compliance requirements. After thorough evaluation, ALPOLIC™ NC/A1 was selected for its superior properties, fulfilling the recladding project’s safety and aesthetic requirements.

ALPOLIC™ NC/A1 is renowned as the safest, most versatile aluminium composite cladding available on the market, successfully completing the required testing to meet the DtS criteria under the National Construction Code. Its superior flatness, durability, and wide range of colours and finishes, combined with an industry-leading 20-year unconditional full replacement warranty backed by Mitsubishi Chemical Infratec Co., Ltd, made it the ideal choice for the Trilogi Apartments project.

Dr. Jonathan Barnett, Fire Safety Engineer and Chairman of the Owners Corporation, played a pivotal role in the selection process. He stated, “When we discovered the presence of combustible cladding, we needed a reliable and safe solution. I was pleased with ALPOLIC™ NC/A1’s comprehensive warranty and extensive test reports which not only met stringent safety standards but also provided long-term peace of mind for our residents.”

The project was managed under Cladding Safety Victoria’s replacement program, which involved appointing an independent project manager to oversee the recladding process. Although solid aluminium sheets were initially considered, ALPOLIC™ NC/A1 was chosen due to its superior rigidity and aesthetic appeal. Dr. Barnett highlighted, “Solid aluminium sheets can deform under the sun’s heat, creating a rippled appearance. ALPOLIC™ NC/A1, on the other hand, offers exceptional flatness and maintains its structural integrity under extreme weather conditions.”

Network Architectural (NA), supplier of ALPOLIC™ NC/A1, provided extensive technical support throughout the project. Dr. Barnett praised their involvement, saying, “Network Architectural visited the site regularly, ensuring that everything was progressing smoothly. Their expertise and support were invaluable, particularly in achieving the perfect colour match with the existing cladding.”

The cladding installation was carried out by ACA Cladding, who are extremely experienced in working with various cladding materials. This was their first project using ALPOLIC™ NC/A1, and they were impressed by its performance. “ALPOLIC™ NC/A1 is 4mm thick, making it more rigid and easier to handle compared to other materials,” noted Samuel Harkness, Construction Manager ACA Cladding. “The colour consistency and finish were excellent, and the 20-year warranty provided an added layer of assurance.”

The installation process required meticulous planning due to the need to replicate the original colour scheme. The use of drones by the builder, SJ Higgins, facilitated precise planning and layout. “The collaboration between Network Architectural, SJ Higgins, and our team ensured a smooth workflow,” Samuel added. “Despite the initial learning curve with the thicker material, the final result was impressive, and we would definitely use ALPOLIC™ NC/A1 for future projects.”

The Trilogi Apartments project exemplifies the numerous benefits of ALPOLIC™ NC/A1:

Safety and Compliance: ALPOLIC™ NC/A1 meets all Australian Government testing requirements, providing a DtS non-combustible cladding solution. It is the safest and most tested aluminium cladding on the market.
Superior Flatness and Durability: The cladding maintains its flatness and structural integrity under extreme weather conditions, preventing deformation and ensuring a long-lasting, aesthetically pleasing finish.
Wide Range of Colours and Finishes: With the largest selection of colours and finishes available, ALPOLIC™ NC/A1 allows for precise colour matching, maintaining the visual integrity of the building.
Industry-Leading Warranty: The 20-year unconditional full replacement warranty, backed by Mitsubishi Chemical Infratec Co., Ltd, provides unmatched peace of mind, covering both product and installation.
Environmental Responsibility: ALPOLIC™ NC/A1 has an Environmental Product Declaration (EPD) produced by GECA, reflecting its commitment to responsible design without compromising quality.
Low Maintenance: Featuring Lumiflon FEVE coating technology, ALPOLIC™ NC/A1 offers exceptional UV, hail, and corrosion resistance, maintaining its colour and appearance with minimal maintenance.

The Trilogi Apartments project in Melbourne stands as a testament to the exceptional qualities of ALPOLIC™ NC/A1 aluminium composite cladding. From its unmatched safety and compliance standards to its superior aesthetic and durability, ALPOLIC™ NC/A1 provided the perfect solution for this complex recladding project. The collaboration between the owners, project managers, suppliers, and installers ensured a successful outcome, showcasing the benefits of choosing a high-quality, reliable cladding product for building safety and visual appeal.

For architects, builders and owners, ALPOLIC™ NC/A1 offers a proven, dependable solution that meets the highest safety standards while delivering exceptional performance and aesthetic versatility.

So, if you need help with your recladding project, Network Architectural not only offers the most tested, sustainable DtS non-combustible recladding solution, we also have a team of dedicated experts at the forefront of providing up-to-date guidance and advice. We work with accredited fabricators and installers and can provide technical expertise to achieve the best outcome for your project no matter how big or small.

Our highly experienced team will work closely with you at all stages of your recladding project from initial advice, project management through to project completion.

For advice or guidance on your recladding project contact us today.