Danpalon Facades Bring Translucent Light Walls and Natural Light to the Tatura Library

Illuminating Excellence: Danpalon Facades Bring Translucent Light Walls and Natural Light to the Tatura Library

In the realm of architectural design, innovation often shines brightest when it combines functionality with aesthetics. The redevelopment of the Tatura Library, a project spearheaded by James Seymour Architecture, is a brilliant example of this harmonious fusion. This project, completed in November 2020, not only showcases the transformative power of architecture but also demonstrates how the use of the Danpal Facade System can elevate a building’s interior environment, contributing to the health and well-being of its occupants.

Danpalon Facades: A Shining Beacon of Innovation

Greater Shepparton City Council’s decision to undertake the redevelopment of the Tatura Library in 2018 was a visionary step towards revitalizing a significant public facility in a rural community. James Seymour Architecture was entrusted with the mission of turning this vision into reality, and its commitment to innovation was evident from the very beginning.

The project involved the refurbishment of the existing library, the addition of a 250m2 extension, a new entry, and ancillary facilities. However, the key challenge was to maximize the library’s visibility in the community while adhering to a restricted budget. Earlier concepts had projected a cost of $3.5 million, which made cost-effective innovation a top priority.

Translucent Light Walls: A Radiant Solution

Danpalon’s panel-based facade system was chosen for this project for a very specific reason: it allows an abundance of natural light to flood the building’s interior. The use of Danpalon panels, specifically in color “Clear” with a “SOFTLITE finish”, brought an ethereal quality to the library space, enhancing the overall environment.

Danpalon® Microcell panels are manufactured with unique and innovative extrusion technology, providing ten times more cells than the majority of other sheets on the market. The smaller spans between the rib supports give customers the best combination of translucency and strength. Danpalon® Microcell panels are 100% leakproof, offering superior impact resistance and thermal insulation.

Natural Light: A Path to Health and Well-being

The infusion of natural light into the Tatura Library has profound implications for the well-being of its users. The benefits of increased exposure to natural daylight are well-documented. By reducing the need for artificial lighting, the library not only saves energy but also fosters a more comfortable and inviting atmosphere.

The Microcell structure of Danpalon panels transmits an even diffusion of natural light, producing a rich look. The tight spacing between the ribs produces a superior quality of light, offering unique iridescence – reflecting and dispersing light in a way unmatched by any other material. This exceptional light diffusion not only enhances the aesthetics of the library but also contributes to a more pleasant and productive user experience.

Health and Well-being: A Brighter Future

In an age where the connection between architecture and well-being is increasingly recognized, the Tatura Library project stands as a testament to the positive impact of design choices on the health and happiness of the community it serves. The infusion of natural light into the library’s interior space, made possible by Danpalon’s facade system, enhances the overall atmosphere and creates a space where people can thrive.

The Danpalon® Microcell design features more cells and layers, which gives the panel significantly lower thermal conductivity. Due to the tightness between the vertical supports, Danpalon® sheets offer the highest resistance to impact and hail damage. The high concentration of cells with improved mechanical properties and rigidity.

As architects, the choice of materials and design elements we incorporate into our projects has a profound impact on the well-being of the communities we serve. The Tatura Library serves as an inspiring example of how innovative design can illuminate lives and enrich the human experience.

In conclusion, Danpalon’s facade system has proven to be a game-changer in the redevelopment of the Tatura Library. Its ability to infuse the interior with natural light, while maintaining durability and thermal insulation, is nothing short of extraordinary. This project is a shining example of how architectural innovation can enhance both the aesthetics and well-being of a community’s gathering space.

Are you ready to elevate your architectural game? Contact Danpal today to explore the possibilities of our advanced daylighting solutions, Danpal Facade System, and Danpalon panels.

Request a FREE SIMULATION of the Danpal Facade System and a FREE sample of Danpalon Panel for your next architectural project HERE to learn more.

Revolutionizing Architecture: Danpal’s Delacombe Primary School Gymnasium Façade

Architects and design aficionados, prepare to embark on an inspiring journey into the world of architectural innovation. In a groundbreaking collaboration with Kosloff Architecture and H. Troon Construction, Danpal has once again redefined the possibilities of modern architecture. This time, we’re taking you through the story of our bespoke Danpalon® Façade installation at Delacombe Primary School’s gymnasium.

A Masterpiece of Design and Functionality

The Delacombe Primary School gymnasium project, completed on the 27th of September 2021, stands as a testament to Danpal’s commitment to pushing the boundaries of architectural design. The design brief called for a translucent façade with complex 45-degree angles every 500mm, creating an accordion-like appearance across a 38-meter expanse.

In a world where conventional steel framing would have posed unique challenges, Danpal engineered a solution that defied the norm. We take pride in helping clients realize their most creative geometrical possibilities, be it sloping, curving, tapering, inverted, or twisting. Our solutions come in an array of colors and finishes, and we can handle projects of just about any size.

Innovation in Action: Custom Welded Supporting Elements

Working closely with Kosloff Architecture and H. Troon Construction, we introduced an innovative façade system. This system used 16mm Danpalon® panels framed with custom-welded supporting elements. The steel and aluminum framing components were welded off-site, allowing for rapid on-site installation. This approach eliminated the challenges typically associated with framing a complex façade shape using conventional methods, saving time, and ensuring precision.

A Blend of Form and Functionality

The gymnasium not only exudes architectural character but also offers a unique experience for students, staff, and community members. Thanks to Danpal’s advanced daylighting solutions, the interior is bathed in natural light, providing an energizing and nourishing atmosphere year-round. Our system also offers UV protection and thermal insulation, enhancing the overall functionality and comfort of the space.

At Danpal, we’re honored to introduce the environmental and physiological benefits of light architecture to Delacombe Primary School. We’re on a mission to design a beautiful, sustainable, and inspiring world for our communities and the bright minds shaping our future.

Danpal facade systemDanpal’s Game-Changing Solutions: Danpal Facade System and Danpalon Panels

Central to the success of the Delacombe Primary School gymnasium project are Danpal’s groundbreaking solutions—the Danpal Facade System and our renowned Danpalon panels. Just as our Danpalon® Façade transforms architecture, our facade systems seamlessly merges form and function. Its translucent design not only encloses the interior, but also bathes it in natural light, creating a mesmerizing interplay of shadows and illumination.

Our Danpalon panels, specifically the “Soflite Ice” variant, are a revelation. These translucent glazing panels enhance the gymnasium’s aesthetic appeal while elevating its functionality. “SOFTLITE ICE” ensures well-lit, glare-free interior spaces with optimal natural light diffusion.

Its advanced technology also fosters energy efficiency, making it the ideal choice for sustainable architectural projects.

Discover the Future of Architecture with Danpal

The Delacombe Primary School gymnasium project is a prime example of how Danpal’s innovative solutions can transform architectural dreams into reality. We invite you to explore more of our projects and discover how our daylighting solutions are shaping the future of architecture.

Are you ready to elevate your architectural game? Contact Danpal today to explore the possibilities of our advanced daylighting solutions, Danpal Facade System, and Danpalon panels.

Request a FREE SIMULATION of the Danpal Roofing System and a FREE sample of Danpalon Panel for your next architectural project here to learn more.

Harnessing Natural Light Through an Insulating Polycarbonate Façade System

Maximizing Natural Light Through an Insulating Polycarbonate Façade System: A Danpatherm System Case Study

In the ever-evolving realm of architectural design, the insulating polycarbonate façade system has emerged as a game-changer. This article explores the remarkable capabilities of these systems, with a spotlight on Danpal’s Danpatherm System, a double high insulation solution designed to illuminate spaces naturally and efficiently. We will also draw inspiration from the renowned “Bangholm Outdoor Centre” project by Holmes Miller Architects, showcasing the transformative power of Danpatherm combined with Danpalon Panels.

Understanding the Significance of the Insulating Polycarbonate Façade System

In the realm of modern architecture, comprehending the profound significance of the insulating polycarbonate façade system is paramount. These systems, a testament to innovation and sustainability, redefine how natural light interacts with interior spaces. As we delve deeper into the architecture of light, we explore the unique attributes of insulating polycarbonate panels and, specifically, Danpal’s Danpatherm system.

This exploration illuminates the transformative potential of these panels, creating environments that seamlessly blend aesthetics, functionality, and sustainability. By embracing the insulating façade system, architects unlock the ability to design spaces that not only capture the essence of natural light but also set new standards in energy efficiency and architectural excellence.

The Versatile Properties of Polycarbonate Panels

Exploring the versatility of polycarbonate panels reveals a world of architectural possibilities. These panels have become a go-to choice for architects and builders seeking a harmonious blend of form and function. Their remarkable attributes, including exceptional light transmission, UV resistance, and thermal insulation properties, have redefined how we approach sustainable architectural design. Furthermore, their lightweight yet robust nature grants architects the creative freedom to experiment with various design styles, all while upholding structural integrity.

As we delve into the realm of polycarbonate panels, we unveil the potential they hold for architectural projects, enhancing both aesthetics and energy efficiency. Within this context, we’ll also delve into Danpal’s Danpalon system, a cutting-edge solution that pushes the boundaries of what’s achievable in contemporary architecture.

Introducing Danpatherm System – A Game-Changer in Natural Lighting

Prepare to be introduced to Danpatherm System, a visionary innovation that stands as a cornerstone in the world of architectural design. More than just an insulating polycarbonate façade system, Danpatherm represents a transformative leap forward in the pursuit of natural lighting excellence. At its core, Danpatherm offers unparalleled thermal insulation, ensuring optimal energy efficiency and reduced operational costs for buildings. Its hallmark, however, lies in its capacity to effortlessly diffuse natural light, creating interiors that are not only illuminated but also bathed in a soft, soothing glow.

But the true beauty of Danpatherm is its versatility. Architects have the freedom to incorporate Danpatherm panels into an array of design styles, from curved to flat surfaces, all while maintaining structural integrity. Constructed with premium materials, Danpatherm panels are designed to withstand the test of time, offering longevity and minimal maintenance requirements.

In essence, Danpatherm System redefines the boundaries of architectural possibility, offering architects and builders a revolutionary tool to craft spaces that prioritize aesthetics, sustainability, and functionality with natural light as the centerpiece.

Key Features of Danpatherm:

  1. Superior Insulation: Danpatherm delivers remarkable thermal insulation, ensuring energy efficiency and reduced operational costs for buildings.
  2. Flexibility in Design: Architects have the creative freedom to implement Danpatherm panels into various design styles, and without compromising structural integrity.
  3. Optimal Light Diffusion: Danpatherm panels disperse natural light evenly throughout interior spaces, eliminating harsh glare and creating a comfortable environment.
  4. Enduring Durability: Constructed with premium materials, Danpatherm panels are built to withstand the test of time, offering longevity and minimal maintenance requirements.
  5. Sustainability: By harnessing natural light and reducing reliance on artificial lighting, Danpatherm contributes to greener and more sustainable architectural practices.

The Bangholm Outdoor Centre – A Shining Example of Danpatherm’s Potential

The Bangholm Outdoor Centre, designed by Holmes Miller Architects, exemplifies the transformative impact of Danpatherm’s insulating polycarbonate façade system. For this project, Danpal’s Danpatherm system was selected to construct the sports hall and gym hall, with Danpalon Panels in “Softlite Opal” and “Softlite Clear” colors. The decision to use Danpatherm and Danpalon Panels was rooted in their outstanding properties, perfectly aligning with the project’s objectives.

Danpatherm’s contribution to the Bangholm Outdoor Centre:

  • Abundant Natural Light: The integration of Danpatherm and Danpalon Panels flooded the sports and gym halls with natural light, creating an inviting and dynamic atmosphere.
  • Energy Efficiency: The superior thermal insulation properties of Danpatherm aided in maintaining optimal indoor temperatures, reducing the need for excessive heating or cooling.
  • Aesthetic Appeal: The soft, diffused light created by Danpatherm panels enhanced the visual appeal of the spaces, making them more inviting for athletes and visitors alike.
  • Sustainability: By leveraging the power of natural light, the Bangholm Outdoor Centre significantly reduced its energy consumption and carbon footprint.

 

Final Words:

In the world of architecture, the marriage between innovation and aesthetics is an ever-evolving journey. The insulating polycarbonate façade system, exemplified by Danpatherm System and showcased through the Bangholm Outdoor Centre project illuminates this path. The harmonious fusion of natural light, energy efficiency, and sustainability is not merely a goal but a reality attainable through Danpal’s solutions. Explore the possibilities of Danpatherm and Danpalon Panels to bring your architectural visions to radiant life.

 

Daylight Design for Indoor Sports

Daylight Design for Indoor Sports: Enhancing Performance and Comfort with Danpal Façade System

In the realm of contemporary architecture, the integration of natural light has emerged as a paramount consideration. The interplay between built spaces and natural elements has the potential to transform environments, affecting not only aesthetics but also the occupants’ well-being and performance. One such innovative project that embodies the essence of daylight design is the “L’Alqueria del Basket” by ERRE Arquitectura, where the architects have harnessed the power of daylight to create an exceptional indoor sports facility. This visionary endeavor showcases how a thoughtful combination of design expertise and advanced materials, such as Danpal’s polycarbonate systems, can revolutionize the indoor sports experience.

Unveiling L’Alqueria del Basket: A Beacon of Daylit Excellence

Located at the intersection of architectural brilliance and functional necessity, L’Alqueria del Basket stands as a testament to the harmonious coexistence of human activity and the surrounding environment. ERRE Arquitectura’s deliberate choice of the Danpal Façade System to envelope this sports complex is an embodiment of their commitment to the fusion of aesthetics and performance. With a Danpalon panel of 30mm in the captivating “Ice” color, the façade becomes a dynamic interface, inviting daylight to permeate the interiors and transform the way sports are played and experienced.

The Danpal Façade System: A Paradigm of Daylight Mastery

At the heart of the luminous transformation in L’Alqueria lies the Danpal Façade System, a prime example of how polycarbonate systems can redefine architectural boundaries. The 30mm Danpalon panel, in its elegant “Ice” hue, facilitates a controlled diffusion of daylight, mitigating harsh glare and creating a soft, ambient illumination that caters to the specific needs of an indoor sports environment. This translucent glazing material acts as a prism, channeling natural light deep into the facility and reducing the need for artificial lighting during daylight hours. By harnessing the inherent qualities of polycarbonate panels, the Façade System enhances visual comfort, reduces energy consumption, and positively impacts the overall user experience.

Elevating Indoor Sports with Daylight Dynamics

As visitors step into L’Alqueria del Basket, they are greeted by a transformative spatial experience. The persistent presence of natural light not only elevates the aesthetics of the facility but also contributes to the holistic well-being of athletes and spectators alike. Studies have shown that exposure to natural light can enhance mood, increase focus, and improve overall performance. By strategically placing the Danpal System to optimize daylight penetration, ERRE Arquitectura has created an environment where athletes can thrive, spectators can immerse themselves, and the boundaries between the built environment and the natural world blur seamlessly.

Illuminating the Future of Architecture and Sports

In the realm of architectural innovation, the integration of advanced materials and daylight design principles stands as a beacon of progress. The collaboration between ERRE Arquitectura and Danpal, epitomized by the radiant L’Alqueria del Basket, is a testament to the transformative potential of daylight-infused architecture. As the sun’s rays dance through the 30mm Danpalon panel, casting a gentle glow upon the indoor sports arena, it is evident that this project marks a pivotal moment in architectural history. With the Danpal Façade System as a cornerstone, we are witnessing the dawn of a new era where indoor sports and daylight harmonize, invigorating both body and soul. For, in the pursuit of architectural excellence, nothing illuminates the path forward quite like the radiance of natural light.

 

 

Daylight design for indoor sports has transcended its functional purpose, becoming a narrative that intertwines architecture, performance, and human experience. As we celebrate the strides made in this captivating endeavor, we find ourselves at the cusp of a future where architectural brilliance and the warmth of natural light converge to create spaces that inspire, motivate, and resonate with the very essence of human potential. In this journey, the Danpal Façade System shines as a beacon of innovation, a testament to what is achievable when architectural prowess meets the unparalleled properties of polycarbonate panels and the radiant Danpalon glazing material.

 

Galeria Laguna – Seamless Integration of Danpal Facade System by Estudio 41 Architects

 

The Galeria Laguna project, designed by the talented architects at Estudio 41, sought to transform an existing space into a modern art gallery that seamlessly merged with its natural surroundings. The location’s unique coastal environment and the desire to create a harmonious connection between interior and exterior spaces were pivotal aspects of the project’s design philosophy. To achieve this, Estudio 41 set out to find an innovative facade solution that would embody their vision and create an iconic aesthetic for the gallery.

REQUIREMENTS

Estudio 41 architects recognized the need for a facade system that not only exhibited aesthetic elegance but also provided exceptional performance characteristics. The architectural vision demanded a material that could blend the gallery seamlessly with its environment while ensuring optimal lighting conditions and thermal comfort inside. The requirements included:

Transparency and Light Control: The chosen facade system needed to allow ample natural light to flood the interior while offering control over the intensity of light, ensuring the preservation of artwork and creating the desired ambiance.

Durability and Weather Resistance: The coastal location exposed the gallery to harsh environmental conditions, including saltwater and strong winds. The facade system needed to be highly durable and weather-resistant to maintain its pristine appearance over time.

Thermal Efficiency: Maintaining a comfortable indoor environment was vital. The facade system needed to offer effective insulation to regulate indoor temperatures and reduce the need for excessive energy consumption.

Aesthetic Integration: The chosen solution had to seamlessly blend the architecture with its natural surroundings, becoming an integral part of the coastal landscape.

SOLUTIONS

After careful consideration of various options, Estudio 41 architects zeroed in on the Danpal Facade System. The Danpalon® panel, with its 22mm thickness and the “Softlite Ice” color, offered an ideal solution that met and exceeded their requirements:

Danpal Facade System: The chosen system’s modular and lightweight design allowed for easy installation, enabling the creation of intricate facade shapes and forms that matched the gallery’s unique architecture.

Danpalon® Panel: The 22mm thick Danpalon® panel provided exceptional thermal insulation and light diffusion. This allowed natural light to penetrate the interior while preventing glare and heat build-up, ensuring optimal conditions for displaying artwork.

Weather Resistance: The Danpal Facade System’s solid polycarbonate construction exhibited excellent resistance to coastal elements, including saltwater and wind, guaranteeing the longevity of the facade’s appearance and performance.

Seamless Integration: The “Softlite Ice” color of the Danpalon® panel harmonized perfectly with the coastal environment, creating a visually stunning facade that seamlessly merged with the natural surroundings.

RESULTS

The integration of the Danpal Facade System into the Galeria Laguna project yielded exceptional results:

Artistic Integration: The gallery achieved a symbiotic relationship with its coastal setting, with the facade acting as an art piece in itself. The diffused light created a serene atmosphere, enhancing the appreciation of the artwork.

Energy Efficiency: The thermal insulation properties of the Danpalon® panel led to reduced energy consumption, contributing to the gallery’s sustainability and operational efficiency.

Durability: The weather-resistant Danpal Facade System maintained its original appearance, withstanding the challenges posed by the coastal environment without showing signs of wear or corrosion.

Architectural Achievement: Estudio 41’s architectural vision was fully realized, as the Danpal Facade System not only met the project’s technical requirements but also exceeded expectations in terms of aesthetics and functionality.

 

In conclusion, the collaboration between Estudio 41 and Danpal in implementing the Danpal Facade System at Galeria Laguna exemplifies the successful integration of innovative design and advanced technology. The project stands as a testament to the seamless union of architecture, nature, and modern materials, resulting in a gallery space that captivates visitors and art enthusiasts alike.

 

Velodrome Couvert de Roubaix – An Elevated Cycling Ring

 

To lighten the construction, the ground floor is fully glazed and constitutes the foundation of the ring formed by Danpalon® supported by a metal framework. “This makes it possible to lift the translucent ring off the floor to give the impression that it is floating in the air, bringing light and airiness to the complex,” explains Thomas Houot, Architect from the ANAA agency.

velodrome couvert de roubaixApart from the rounded shape and the considerable height (11m) that it allows, Danpalon® has also been selected for its thermal and lighting properties, essential in this HQE project. “We had to limit energy consumption and we have sought to make maximum use of natural lighting.

The light we get through the structure is gentle and of excellent quality,” explains Thomas Houot.

“Furthermore, at night, we wanted the activity inside to be visible from the outside. In addition to specific lighting for the track, we placed polycarbonate tubes with fluorescent light sources on top of the walking frames and terraces. At night the structure becomes transparent and the building looks like a lantern”.

DETAILS OF THE PROJECT:
Name of the Project: Velodrome Couvert de Roubaix
Application: Façade
System: Danpal Façade System
Thickness: Danpalon Panel 16mm, 20mm, Double Glazing
Architects: ANAA Architectes – Thomas Houot – BET TCE
Copyright: © David Coppieters

 

velodrome couvert de roubaix

How A Double Glazed Glass Adds Efficiency To A Building’s Energy Use

The simplest definition of double glazed glass is that it’s a window with two panes of glass, which creates a double glazed sealed unit. The two panes of glass are separated by a spacer bar which creates an air gap. The strength of this double glazed façade is the boost it supplies to thermal insulation, allowing a room to retain its internal heat and preventing the external chill from intruding. With double skin façade detail, the external layer of glass is typically tougher and more resistant to the weather so that it’s capable of withstanding the forces of nature when they strike. What may seem like a humble window is actually one of Danpal’s façade glazing systems made from polycarbonate, capable of you warm inside when it’s cold outside.

It wasn’t called a façade glazing system a long time ago, when technology hadn’t advanced to the point that windows were regarded as an effective means of keeping warmth within a structure. History differs on who first came up with the idea that double panes of glass, now known as double glazed glass, could keep us warmer inside while winter winds howled outside, but whether it was the Americans who patented “Thermopane” in the 1930s or 19th century Scots who added that vital second pane of glass to the windows, or the Romans who first devised their own version of a glass panel façade, it’s certain that Danpal has taken the technique to new heights of efficiency with the use of double panes of polycarbonate, and what a difference that has made! With half a century of expertise and experience in the building materials industry, our façade glazing systems have created a reputation for excellence.

You Can Count On Glass Facades For Energy Efficiency

Double glazed glass has the power to do wonders for the way in which your home or workplace promotes responsible energy usage. On the simplest level, energy efficiency in the home or workplace relies upon dry insulation. This can be a challenge if the building does not have adequate protection against the weather, and a glass façade or a polycarbonate façade is one way to provide that protection. Snow and rain, wind and hail, and even heat and sunlight, are powerful forces of nature, and if they manage to penetrate the interior of a building, it won’t take long before moisture makes itself at home in the insulation, compromising its ability to maintain energy efficiency. With a façade glazing system, the building is a structural advocate for greater energy efficiency that also enhances the comfort of those inside.

When moisture attacks insulation, there are several different outcomes, none of them good. The insulation is no longer able to maintain a consistent flow of energy within the building. You may find that you have to adjust the temperatures for heating and cooling. That’s because, without the strength of Danpal’s façade glazing systems, energy is escaping from within the building. Wasted energy is one of the threats to environmental safety. Paying for wasted energy is also a threat to your economic well-being; check your utility bills to see if you’re paying more than you should be. There are a lot of things you want to spend your money on, but wasted energy isn’t one of them! Double glazed glass, on the other hand, is an excellent investment. Danpal’s double polycarbonate sheet will give you all the advantages of glass and will be even more economical than glass.

Danpal’s engineers and design experts understand this. That’s why our double skin facade system is so popular with architects and their clients. We understand that today’s consumers are committed to lifestyles that use energy wisely, and they expect their homes and workplaces to meet these environmental standards. Buildings have an obligation to the planet as well as to the people who live and work inside their walls. But even though weather is a part of nature, it has to stay outside where it belongs. With Danpal glass polycarbonate systems, the double-click locking seam’s higher load resistance is part of the protection against the weather. The snap-on connections are the means by which weather remains outside instead of getting inside. With Danpal’s façade glazing systems, which are made from polycarbonate, cutting-edge technology of today meets the timeless goal of staying comfortable and dry inside, regardless of what’s going on, weather-wise, outside. Double glazed glass is the way to go!

Bring In The Daylight With A Glass Curtain Wall Facade

Danpal facade glazing systems are one of the exciting ways that our products have redefined the construction industry. The outer walls of the system are designed not for a structural role but to prevent weather from penetrating inside. There’s an esthetic advantage in having a curtain glass façade system installed. It’s the way that natural light can be a visible presence inside the building. Danpal, a pioneer in daylighting architecture, creates façade systems from polycarbonate that incorporate light into the design of a building, nurturing an atmosphere where the occupants both see better and feel better. Bringing natural light into internal working and living spaces has a dramatic effect on the people inside. And why not? Human beings crave the light, so it’s no wonder that we feel better in it. We’re more productive when we have daylight around us. And with Danpal daylighting, we can control the amount of light that we prefer, while reducing the glare. Daylighting and double glazed glass or polycarbonate can do so much to enhance internal comfort while working with natural light to create a more holistic environment. Did you ever think that your home or office could actually improve how well you see and feel? Polycarbonate and glass façade systems can be a part of creating a more holistic home and workplace environment. If you have to be inside working, isn’t it better to have daylight inside with you?

Danpal’s facade glazing systems are one of the ways in which our motto, Global Vision, Local Focus, demonstrates our dedication to providing our customers with products that promote energy efficiency and support environmental responsibility. Consider the ways in which a glazed curtain wall can enhance your comfort while expanding your commitment to energy efficiency and we’re sure that you’ll find satisfaction with Danpal’s products.

Contact Danpal to discuss double glazed glass for your next architectural project.

How retrofit facade systems can help your ailing structures

In the past, there were a lot of shoddily constructed buildings erected that used poor materials. A lot of the time these materials were sub-optimal for the type of structure they were being used on or the region in which it was situated. This would lead to a host of problems down the line, such as dampness, loss of heat, structural stresses, and even collapse in extreme cases.

The ability to retrofit certain facade systems has been seen as somewhat of a game changer, as they can be a measure taken that will extend the longevity of a structure before major work has to be completed on it. Danpal has several top-quality facade systems that are flexible enough that they can be used in this way.

Energy performance is a massive thing these days, both in terms of helping the environment and having people be able to save on their energy costs. If you have one of these poorly built homes or buildings, the heat will be sucked out of the walls and you will have to use tons of expensive heating to get the building somewhat warm.

facade systemsBy having a proper facade system in place, you can benefit from their natural thermal effect, which will create a layer of protection around the structure. This means that cold air will not be able to permeate internally, while internal heating or air conditioning will be able to be retained optimally inside of the structure. You are getting the best of both worlds.

These retrofit systems will work better in cooler climates than warmer ones, as there are more benefits to be reaped. If you are concerned with the state of one of your structures, this could very well be the most cost-effective and efficient route for you.

Two main types of facade systems are commonly used today. The more conventional facade systems will be brick cavity walls, rainscreen facades, rainscreen facades that have terracotta cladding, conventional curtain walls, and glass fiber-reinforced rainscreen facades to name a few.

The other main type is thermally improved and optimized, such as those seen with Danpal. These will be rainscreen facades that have thermal spaces built into them, those that have thermal isolators, and curtain walls that have framing that is thermally broken.

The more advanced building facades will have to consider significant deflections and concentrated forces. By knowing and being aware of these structural behaviors, you can better aid the design of the structure as a whole. This also allows you to choose a facade system that is optimal for the case at hand.

By intertwining all of the different variables and factors, you will be able to have an end product that will be aesthetically pleasing while yielding results that are efficient and coordinated with one another.

Creative ideas to design a building with facade systems

When it comes to designing a building, the final finishing touch that gives it a polished and smart appearance is the type of  Polycarbonate facade that is chosen.

The structure of the building has its role, but the rainscreen system is the decoration that gives life to the building and is the prime ethical component that adds that charm.

This is why you should not rush the decision-making process. Some designers have their pre-determined facade decided for all projects they work on and are fairly inflexible when it comes to changing things up.

It is important that designers think about a horses for courses scenario. Certain types of facade will suit certain types of buildings, while some facades will look absolutely disastrous on them. This is why you need to keep in mind a few rudimentary variables and remarks when conducting the selection process.

Be creative with your Facade Systems

Don’t be stood in the same old rigid thought process project after facade systems project. Instead, get your creative juices flowing. This is highly likely the reason why you got into design in the first place, you enjoyed the creative and imaginative aspect of the design process and see the image in your head come to life in front of your eyes.

Understand the huge role light plays in your selection

As a designer, you will be well aware of the importance of natural light. The pattern of light is hugely important when it comes to the facade of a building.
You need to be aware at what sort of angles the sunlight will be hitting the building at different times of the day and adjust for that. By factoring this into your calculations, you will also be able to instantly improve the interior quality when it comes to natural light.

translucent facade system

Choosing a Facade, Horses for courses

When it comes to choosing a facade, don’t just go for the one that is currently in trend just for the sake of it. Make sure that you take your time fitting the style of the building with the right facade. You don’t want one aspect of the building spoiling everything else.

You also want to ensure that the type of facade you are using is appropriate for the climate in the region. If the building is located in a poorer climate where there’s a lot of rain and wind, there will be different requirements compared to if it was a sunnier climate.

Danpal and their selection of facade systems

Whatever your needs are when it comes to facade systems, Danpal can cater to them. It doesn’t matter what sort of structure you are building, the right design is out there for you.

Transparent facades are really the going trend these days. The Danpal framed facade is one of the most popular options being used as it offers great weather protection, has high impact resistance, and is transparent. All of these systems allow for a great transfer of light, including our translucent wall panels.

Contact us today for a free demonstration of our Facade System and be ready for your next project!