Outdoor Plastic Sheets Made Of Polycarbonate Can Stand Up To Weather

When you consider the effects of weather and the elements, it makes sense to put some thought into the best type of outdoor plastic sheets that we should choose. For all the beauty of nature and its many charms, no one can deny that weather can be brutal. That’s why it’s so important to choose outdoor plastic sheets that are strong enough to stand up to weather. Maybe you have weatherproof plastic sheets, but what about UV rays? With all the details that need to be considered, we can offer some of the information that you’re going to need as you make your choice.

Polycarbonate Versus Other Outdoor Materials

It wasn’t that long ago when the materials that were used for outdoor applications—wood, metal, and of course glass—were limited by their own weaknesses. How could these materials, which were vulnerable to the punishment that weather delivers, possible last? As we know, they couldn’t last for long. Wood is extremely susceptible to the rigorous treatment that comes from torrential rains, high winds, heavy snows, and relentless sunshine. After only a year, wood would already be showing the damage that the outdoor elements caused. Glass, of course, is much too fragile to withstand the outdoors for long. An impact could shatter it. That weakness actually makes using glass risky. So what are the options? Fortunately, the arrival of polycarbonate on the scene completely altered the outdoor plastic sheets landscape.

Polycarbonate: The Better Option In Outdoor Plastic Sheets

The impact resistance of polycarbonate gives it a tremendous advantage when its function is to serve as weatherproof plastic sheets. Polycarbonate is used in security glass because it’s bulletproof. So just think about that the next time you hear the sound of hail pounding outside. If polycarbonate can stop a bullet, hail doesn’t stand a chance.

Polycarbonate is as reliable in resisting the harmful effects of sunshine as it is in defeating the more obvious forces of nature. Protective coating makes it UV ray resistant. Even with exposure to direct sunlight over time, polycarbonate weatherproof plastic sheets can be coated so that they resist yellowing. That extends the life of the outdoor plastic sheets. Just imagine how confident you’ll feel, no matter the weather, when you think of how your polycarbonate outdoor plastic sheets stand up to damage from both sun and impact.

Structures Where Polycarbonate Weatherproof Plastic Sheets Can Be Found

Some of our most familiar buildings such as hospitals and schools use outdoor plastic sheets. In addition, these sheets, with their polycarbonate strength, are also durable enough to withstand environments of harsh chemicals.

Another common place for outdoor plastic sheets to be used is in signage. Think of all the signage that you see on a daily basis. These signs are often in prominent locations on a building. Naturally, they’re exposed to the elements. But if you have weatherproof plastic sheets made of polycarbonate, you don’t have to worry that your signs will need replacing frequently.

Why You’ll Do Better With Polycarbonate Outdoor Plastic Sheets

To summarize, here are the reasons why you’re likely to turn to polycarbonate when selecting your weatherproof plastic sheets:

  1. Durability that can stand up to the harshest weather elements.
  2. Excellent transmission of light combined with UV protection so that sunlight is fun light without the risk.
  3. Light in weight makes for easy transportation and installation, saving time, labor, and money.

We all know that weather doesn’t make things easy for us. But with outdoor plastic sheets made of polycarbonate, weather’s power is canceled by polycarbonate’s strength.

Commercial Glazing Systems With Polycarbonate Are The New Frontier of Windows

It doesn’t matter whether you call it a storm door or commercial glazing systems, the aim is the same: to keep comfort and security inside, and to keep the rough elements of outside. When polycarbonate is used for this purpose, its innate strength, resilience, and thermal insulation benefit both residential and commercial properties. Gone are the days when only glass was considered for glazing purposes. No longer are architects restricted by the limitations of glass, which includes noticeable limitations in its performance. As time, technology, and energy concerns have become more mainstream, the possibilities offered by plastic glazing have replaced glass as the preferred material to use. And why not? Polycarbonate has greater impact resistance and is more flexible than glass, while offering the daylighting features that once made glass the most popular glazing material of its time. But this is a new era in building materials and a new frontier in commercial glazing systems, and we’re going to tell you more about the wonders of polycarbonate.

The Advantages Of Using Polycarbonate In Commercial Glazing Systems

Numbers tell the tale of why polycarbonate has swiftly replaced glass as the glazing choice for architects who design buildings, the construction crews who build them, and the consumer who occupies the structure. Vastly superior in impact and shatter resistance, when polycarbonate is included as part of commercial glazing systems, it offers more than one hundred times the strength of glass. It’s also light in weight, which means that it’s easy to work with, and that’s always a popular feature for construction crews. The layer of UV protection applied to the side of the plastic glazing provides protection from the sun’s rays, increasing the life span of the polycarbonate sheet.

Using Polycarbonate In Plastic Glazing

Did you know that glazing is more than just exterior facing windows? Polycarbonate shows up in a variety of other applications, both indoors and outdoors. Some of the most familiar examples of indoor glazing include cladding, furniture, mirrors, partitions, balustrades, glass floors, and acoustic glass.

Outdoor polycarbonate commercial glazing systems are equally familiar. You’ve seen this plastic sheeting used in solar panels; you might even have noticed it in atriums. In today’s sometimes unpredictably violent world, the strength of polycarbonate is a safety feature commonly used in drive-through windows at fast-food eateries and banks. Polycarbonate is also valued for its protection against nature, when double- or triple-glazed windows, also known as storm windows, are a barrier against the impact of powerful storms and hurricanes.

Daylighting As Part Of Plastic Glazing

We look out of windows and we see the world outside. But with polycarbonate plastic glazing, we can bring the outside into our interior spaces while, at the same time, relishing the other attributes of this versatile building material. It’s strong enough to stop bullets, yet it’s able to let natural light inside so that we benefit from the positive effects of sunlight

Polycarbonate is such an adaptable building material that it’s virtually transformed the industry. When commercial glazing systems are this easy to use, the buildings themselves are transformed. Danpal’s commercial glazing systems not only offer the obvious advantages of superior impact resistance and the energy efficiency of thermal insulation, but they show how plastic glazing is a bold new frontier. It’s also worth noting that these windows meet government glazing standards. Their contribution to the specifications that are required for security concerns helps to create environments that are safer.

Yield Strength of Polycarbonate: Bends But Doesn’t Break

What Is The Yield Strength Of Polycarbonate?

Before we can explain the yield strength of polycarbonate, we need to first understand that yield strength, which defines an object according to its rigidity or pliability, is the point when the object becomes plastic instead of elastic. Its yield strength is the maximum amount of stress that a material is capable of withstanding before permanent deformation occurs.

Pliability is a factor that is significant when making selections of building materials. Because polycarbonate is justifiably touted as a superior material in terms of its strength and its flexibility, these features have shown that glass, once a very popular construction material, is inferior in the metrics that matter for architects, manufacturers, and consumers. Polycarbonate is soft, light in weight, and thin, but that doesn’t mean that it’s weak. In fact, polycarbonate bends, but does not break. Instead, it absorbs the impact. Glass, on the other hand, shatters.

Crunching The Numbers For The Yield Strength Of Polycarbonate

When we realize that polycarbonate is 250 times stronger than glass, and is able to resist temperatures up to 240 degrees Fahrenheit, we begin to understand the way in which the yield strength of polycarbonate affects the construction options available to architects.

Polycarbonate owes its strength to a powerhouse chemical structure, with the strong bonds exhibited by its molecules. Because polycarbonate boasts both strength and flexibility, it’s able to absorb the force of an impact and be restored to its prior shape. This feature gives polycarbonate the edge in terms of its resilience to weather: the force of hail, rain, snow, and wind packs a punch but polycarbonate is strong enough to take it.

Double Wall Sheeting Contributes To the Yield Strength of Polycarbonate

Double wall polycarbonate sheets are thicker, with multi layers that contribute to superior thermal insulation. Insulation is always a matter of concern for homeowners because energy efficiency is a priority for today’s consumers, who place an emphasis on environmental responsiveness. Those layers that fortify the insulating properties of polycarbonate also enhance this building material’s resistance to impact. As each layer is capable of absorbing a portion of the pressure, the effect of the impact is distributed throughout and prevents a single area from taking its full force.

When constructing a building feature that needs to incorporate flexibility into its function, double wall polycarbonate is preferred to solid polycarbonate, because it adapts more readily to movement.

Structures That Demonstrate The Yield Strength of Polycarbonate

Sometimes it’s easier to understand yield strength when we consider the types of products which use polycarbonate. Polycarbonate is bullet-proof, a feature which significantly enhances its usage in safety products such as goggles and riot shields. Double wall polycarbonate is often in the building of garages, carports, and conservatories. Solid polycarbonate is an excellent substitute for glass because it allows sunlight to enter, which is why it’s so often used in greenhouses.

The Difference Between Yield Strength and Tensile Strength

These two categories of strengths are important factors when the material’s critical mechanical properties are reviewed. While yield strength is identified as the maximum pressure that a material can bear until it reaches the point where it is no longer able to be restored to its original dimensions, tensile strength measures the maximum point of stress beyond which the material actually breaks. If a material is brittle, its tensile strength is the most important metric to consider. If it is a ductile material, then its yield strength reveals more about its performance capabilities.

Knowing the yield strength of polycarbonate is one of the ways in which the incredible flexibility and strength of this building material can be most appreciated. Glass can’t compare to polycarbonate.

Polycarbonate Glass And The Choice You’ll Make

Did you know that the polycarbonate glass competition is the building industry’s equivalent of a World Cup matchup or an Olympic medal bout? For a long time, glass ruled when it came to popularity, both from its longstanding heritage as a traditional material and also, in contemporary times, for its positive environmental qualities. But even though glass is attractive, and even though it can be continually recycled, glass makes a poor showing when it’s competing against polycarbonate. Isn’t it time you learned more about this remarkable building material and how well it fares in the polycarbonate glass competition?

Polycarbonate, Glass, and Impact Resistance

Unless you’ve taken up residence in a tree house, it’s pretty much guaranteed that you’ve been inside a building that uses polycarbonate as one of its structural components. Schools and hospitals, in particular, include polycarbonate in their construction because it’s 200 times stronger than glass. Polycarbonate is especially popular in greenhouses. The polycarbonate glass struggle for supremacy isn’t even much of a struggle, because polycarbonate can match the ability of glass to transmit natural light indoors while maintaining superior strength. If you’re looking for a material that’s durable and resistant to weather while still offering the esthetic features of glass, you’re looking for polycarbonate.

Maybe you’re still leaning toward glass for your construction project, and you’ve heard that polycarbonate scratches easily. That’s true, but that’s not the end of the story. Because clear polycarbonate surfaces need to be protected from scratches, the solution is to coat the sheeting with a layer that’s scratch-resistant.

What About Polycarbonate Glass And Heat?

The insulating properties of a building material matter more than ever in today’s energy efficient consumer climate. People don’t want their homes and workplaces to contribute to the ongoing climate change crisis. As far as insulating ability goes, glass is far inferior to polycarbonate. Polycarbonate supports a constant indoor space temperature because of its superior thermal efficiency. In the cold days and nights of winter, it reduces some of the need for heating; in the warm weather, it reduces the need for air conditioning. At the same time as it’s making a building more energy efficient, it’s reducing the structure’s carbon footprint.

The polycarbonate glass contest isn’t much of a challenge when we’re considering transparent roofing. That’s because polycarbonate, which totally blocks ultra-violet radiation, is a much better choice than glass, which does not have this ability.

There’s another bonus for a polycarbonate glass battle. Because polycarbonate is a thermoplastic, it’s capable of enduring temperatures that reach 155 degrees Celsius before it melts. But even if it does melt, it can be cooled, re-heated, and reformed.

Transporting Polycarbonate Glass

Not only is polycarbonate the better building material choice when it’s installed onto a structure, but it’s even superior before installation! Its light weight makes it easy to transport to the construction site, and its flexibility makes it easy to customize to suit architectural designs. Glass, on the other hand, is heavier, and not flexible at all.

Consumers sometimes have the wrong impression that a heavier, more solid material is the stronger option for a building, but as you can see from this information, the polycarbonate glass matchup only has one champion: polycarbonate. Its flexibility and durability make it the stronger of the two building choices. What does this mean for a consumer? Count the windows in your home or even workplace. Now think about how often they might need to be replaced. With polycarbonate windows, a longer life span means fewer windows being replaced. This moneysaver is also more convenient.

There you have it; in the polycarbonate glass battle, there’s only one victor and it’s polycarbonate.

Is Polycarbonate Flexible As A Building Material?

For everyone who has asked “Is polycarbonate flexible?”, we suggest that all you need to do is look around you at the products that are made of it. Polycarbonate shows up in items as varied as the car that you drive, the music that you listen to, the lighting fixtures in your home, and the glasses that you wear. Polycarbonate’s advantages in eyewear come from its light weight and because it has a natural UV filter. That’s one of the charms of the building material; it offers so much in terms of flexibility and usage, and has so many advantages over glass. A building material that can be shaped has an appeal both for professional architects and builders, but also for ordinary men and women intent on a home remodeling project. You don’t even need to use heat to mold polycarbonate into the desired shape. Because of the inherent strength of polycarbonate; it doesn’t break, even if you shape the sheet while it’s cold. Keep reading to learn more about the remarkable flexibility of polycarbonate and reasons why there’s such a contemporary focus on polycarbonate in architecture.

Is Polycarbonate Flexible Enough For Construction?

A material as versatile as polycarbonate is remarkable because its flexibility allows it to be adapted for a multitude of products. A material such as polycarbonate, which can be reshaped without breaking or even cracking, is capable of withstanding impacts that would shatter lesser materials. Combining strength and flexibility make polycarbonate a vastly more popular choice than glass for residential and commercial design.

Placing The Focus On Polycarbonate In Architecture And Its Environmental Advantages

The versatility and durability that polycarbonate displays in so many applications are some of the reasons why it’s a popular choice for building materials. Strength is a paramount consideration when an architect is designing a structure, whether it’s for commercial or residential use. A building must be strong enough to shelter the occupants within. It must be able to withstand the rigors of weather, which can, according to the season, deliver fierce punishment in the form of snow, rain, wind, hail, and even sunlight. Polycarbonate easily answers that call because it’s lighter than glass, but 200 times stronger. But unlike glass, polycarbonate is easier to shape. Another winning attribute of the material is its resistance to moisture. Because it doesn’t absorb moisture, the surface of polycarbonate is not readily susceptible to scratching .

Once the building has been constructed, its internal performance becomes a major consideration. For today’s consumer, environmental concerns are as much a priority as the durability of the building itself. Polycarbonate is easily recycled, which is always an advantage for any building material. Once again, polycarbonate is superior to glass in its energy-saving properties. Polycarbonate is a superior insulator, much better than glass. The lower energy costs that accompany effective insulating capabilities are a winning combination for consumers paying utility bills.

Esthetics matter as well in the construction of a building. Glass has long been a popular building material because it’s transparent and adds to its appeal. But glass is not flexible. Nor is it easy to work with. Polycarbonate brings its visual attractions, along with its light weight and flexibility, to such architectural features such as skylights.

How Is Polycarbonate Flexible As A Plastic?

Plastics are not known for being flexible. But polycarbonate, a thermoplastic, softens when it’s heated. Yet polycarbonate is also flexible when cold bending is applied. In fact, cold bending is the typical process used in shaping the material. Polycarbonate is not just something that building professionals use; even if you’re an amateur do-it-yourselfer, you can bend a sheet of polycarbonate with a heating coil or a filament. If these items aren’t available, you can shape the sheet with an oven or paint burner.

With so much to offer, polycarbonate can transform the look and performance of a building while adding to its visual appeal.

How Polycarbonate Sheets Improve Safety and Security

So much has been said about the merits of using polycarbonate when installing new roofing systems or skylights—superior strength, excellent thermal properties, improved access to natural light—that a skeptic might ask, “Is polycarbonate safe?” How, they wonder, can a building material offer so many advantages? What’s the catch?

There is no catch, so go ahead and give Danpal a call to schedule the installation of polycarbonate roofing, or patio skylights, or a façade. You’ll be delighted with the results. Not only is polycarbonate safe, but in all ways, its performance will exceed your expectations.

The Ways In Which Polycarbonate Safety Can Be Demonstrated

To all those who ask “Is polycarbonate safe?”, we encourage everyone to consider the ways in which it’s used. You might be amazed to learn that polycarbonate is used to make bulletproof windows. It’s easy to understand why. Polycarbonate is 200 times stronger than glass and 30 times stronger than acrylic. What better way to confirm polycarbonate safety than to know that it’s strong enough to stop a bullet! Layered and laminated polycarbonate absorbs the impact energy and does not shatter. With polycarbonate roofing protecting your building, you won’t have to worry when the weather forecast predicts hail. Polycarbonate stops bullets, so hail doesn’t stand a chance!

Polycarbonate is Durable

Polycarbonate offers unique attributes when it comes to safety. It’s durable and transparent, so when it’s used in window glazing, for example, it presents a formidable barrier should a burglar contemplate a break-in. If you have polycarbonate glazing in your windows, you’re already aware that the inclusion of natural light into your home or office brings sunshine into your daily routine. But a burglar planning a home invasion would be less than enthralled to tackle such a transparent and durable obstacle. Isn’t it good to know that your building is protected by polycarbonate?

Polycarbonate Safety In The Transportation Sector

The transportation industry runs on materials that promise reliable service and safety. If transportation officials had any doubt regarding polycarbonate safety, they would not be using polycarbonate sheets for windows and windshields in mass transportation rail and cable cars. Polycarbonate sheets meet the industry’s specifications for toxicity, flame, and smoke.

Polycarbonate Safety And Protective Devices

Officials entrusted with keeping schools, bank booths, prison facilities, and bus stations secure need to know if polycarbonate can safeguard their facilities from the malevolent mischief of vandals who might try to deface the exterior surfaces. In addition to offering protection from vandalism, polycarbonate can also offer added protection from strong winds and the flying debris that they stir up.

Food Safety Concerns Prompt The Question: “Is Polycarbonate Safe?”

Alarm at learning that some plastics containing BPAs, chemicals which are unsafe for human consumption, brought the matter to public attention. People are relieved to learn that the U.S. Food and Drug Administration determined that polycarbonate, a material with high-impact resistance, is safe for food storage. It’s so safe that your baby may be drinking from a bottle made of food-grade polycarbonate. Polycarbonate is also used to make reusable water containers and water-cooler bottles.

People also want to know, “Is polycarbonate safe?” because public safety is of paramount importance for public facilities. Rest assured; the answer to the question is an emphatic “Yes!”

We hope that, if you had any concerns regarding the properties of polycarbonate, we’ve reassured you that polycarbonate safety is definitely something you can count on. Polycarbonate sheets are a versatile, resilient, energy efficient building material that offers high performance as well as esthetic appeal, along with safety. Does your building have the “protected by polycarbonate” assurance of safety?

Polycarbonate Structures Enhance Your Building’s Heating/Cooling Efficiency

Polycarbonate structures offer tremendous possibilities, both to the architects who design buildings and to the people who will occupy them. Polycarbonate is no longer limited for use in greenhouses now that consumers and architects alike recognize the advantages that it provides in function as well as aesthetics. And, in our climate-conscious world, the energy efficiency that polycarbonate thermal insulation provides makes this building material especially suited for today’s environmental priorities.

How Polycarbonate Thermal Insulation Supports Energy Efficiency

Insulation is a critical component for the energy efficiency of a building, which is why architects are turning to polycarbonate when roofing and cladding are part of the design. When a building’s heating and cooling are operating at peak performance, energy isn’t wasted. Polycarbonate structures using multiwall polycarbonate sheets have additional pockets of air that surround the building and enhance its thermal capabilities. Keeping the interior living and working spaces warmer when it’s cold outside, and maintaining a cooler temperature when the heat is rising outdoors, show how polycarbonate contributes to a more sustainable lifestyle.

Improving the efficiency of your energy usage is beneficial to the environment and also to your finances. Your heating and cooling systems are working as they should, with the assistance of polycarbonate thermal insulation, which means that you’re only paying for the energy that you’re actually using.

There’s another form of insulation that you’ll find in polycarbonate structures, and that’s noise insulation. Polycarbonate flat sheets are utilized as acoustic barriers on rail lines, construction sites, and along roads with a high volume of traffic. They’re also conveniently positioned in offices and clothing stores as partitions.

Polycarbonate Structures And Daylighting Architecture

Polycarbonate is transparent, a quality it shares with glass. It is capable of transmitting a comparable amount of light as glass. But it’s significantly stronger than glass, and because of its durability, it holds an obvious advantage as a building material. Daylighting architecture allows natural light to factor into the heating and cooling formula in a building; warm sunshine outside, when allowed inside, can reduce the need to turn on the heat. Danpal has developed various systems that enhance the heating/cooling function indoors so that daylight can take on some of the burden, which helps the environment because less energy is used. Polycarbonate thermal insulation, working with daylight, demonstrates the way in which polycarbonate structures put energy efficiency into practice.

In another shout out for energy efficiency, polycarbonate is a thermoplastic and can be heated and cooled, and reheated again without any loss of its intrinsic quality, making it completely recyclable.

Polycarbonate Structures Are Weather Resistant

Weather was seen as having the upper hand when it came to a building’s vulnerability. But that was before polycarbonate became such a popular building material. Polycarbonate structures present a much stronger resistance to hail. They also offer more support if a storm with high winds brings down branches that would otherwise damage a building. Once again, polycarbonate can save you money, because you won’t need to repair something that hasn’t been damaged.

Polycarbonate structures offer advantages in energy efficiency that make this building material the most popular choice when construction starts. Who can resist reduced heating and cooling expenses, less usage of artificial light, and increased energy efficiency?

But polycarbonate is also a favorite choice among architects and builders for other reasons. It’s easier and lighter to transport and to work with, making it more economical for the client. Those are the same qualities that make it safer for the crews who are working with it. Easier handling is a plus for the labor force as well.

In addition to the practical considerations, there are esthetic ones as well. The glazing, cladding, and roofing of polycarbonate structures employ natural light, which has been shown to improve productivity, reduce stress, and even lead to enhanced sleep. No one can put a price on qualities like these, but we all recognize how much that improves our quality of life.

Polycarbonate UV Resistance Keeps You Safe From Ultraviolet Radiation

We need to be protected from ultraviolet radiation, and polycarbonate UV resistance accomplishes that because of the nature of polycarbonate itself. It’s worth noting that polycarbonate panels themselves need to be protected from ultraviolet radiation. At Danpal, the quality of our building materials, and the safety of the people in those buildings, is a priority. That’s right; not only do we pay attention to the people who work and live beneath a polycarbonate roofing system, but Danpal also employs measures to ensure that the sheets themselves are manufactured with polycarbonate UV protection. That’s accomplished by the application of layers of protective coating on the polycarbonate sheets.

Where Polycarbonate UV Resistance Is Needed

UV stands for ultraviolet radiation waves that are shorter than light and longer than X-rays. Approximately 10% of the radiation that the sun generates is ultraviolet radiation waves. The atmosphere absorbs most of the dangerous UV radiation. The occupants of buildings and homes with polycarbonate panels can be assured that polycarbonate UV protection is part of the architectural design, not for themselves, but for the building material.

Too much exposure to the sun brings significant risks, but those aren’t risks you’ll incur by sitting under a polycarbonate roof. People know that ultraviolet radiation outside can increase the danger of skin cancer; in fact, deadly melanoma correlates with degrees of ultraviolet exposure. You don’t want to be running the risk of exposing yourself to Ultraviolet B or UVB, which causes different degrees of sunburn and can also cause cancer. Ultraviolet A or UVA is associated with wrinkles as the skin ages prematurely. When exposed to ultraviolet waves, cornea damage to the eyes can result, possibly leading to the formation of cataracts.

Ultraviolet radiation also inflicts damage on inanimate objects as well, which is why polycarbonate UV protection is important for the panels themselves.

Does Polycarbonate Sheet Block UV?

The good news is that polycarbonate is able to block both Ultraviolet A and Ultraviolet B by absorbing the radiation and preventing it from being transmitted. Polycarbonate UV resistance can actually protect the skin better than sun block creams; even a very thin polycarbonate sheet absorbs the UV rays. While blocking the UV waves, the polycarbonate panels still transmit visible light, so that colors can be seen.

That information explains why polycarbonate UV protection is a smart move for a swimming pool that has polycarbonate roofing. The ultraviolet radiation is fully blocked and the natural light is transmitted.

So if you’re wondering, “Does polycarbonate sheet block UV,” the answer is yes. Unlike glass, fiberglass, and acrylic, polycarbonate in its natural form can block ultraviolet radiation.

Then Why Does Polycarbonate Need Polycarbonate UV Protection?

The protection that polycarbonate panels offer is derived from absorbing the ultraviolet radiation. Over time, the polycarbonate sheets would become yellowed or discolored. The deterioration of the polycarbonate would weaken the material and eventually cause it to break. Polycarbonate UV resistance is a means of protecting the polycarbonate from the degradation of its properties.

In order to shield the polycarbonate from discoloring and yellowing, manufacturers provide a very thin protective coating. The coating is so thin that the naked human eye cannot detect it. The coating will not affect the look or performance of the polycarbonate sheet. What it does accomplish is to safeguard the polycarbonate’s performance. Even if the polycarbonate material is part of a structure that’s located in a punishing and hot environment—think Australia, the Middle East, and parts of the American Southwest—this protection allows the sheet to retain its clarity.

The protective layer is generally applied to one side of the sheet, although both sides can be coated. What matters is that the side of the sheet that faces the sun and bears its full force has the protective coating.

What this means is that polycarbonate UV protection keeps you safe by absorbing ultraviolet rays. But polycarbonate UV resistance is needed so that the material itself will not deteriorate over time as a result of the ultraviolet absorption.

Adding A Walkway Canopy To Your Design

A walkway canopy is architecture’s way of turning the outdoors into a comfort zone for both commercial and residential settings. Whether your need for a covered walkway canopy is for a home or business environment, you’ll appreciate the benefits that Danpal manufacturing and design bring to canopy architecture. Walkway canopies are often seen in outdoor restaurant seating, where they provide covering for diners but also add to the ambience of the establishment. They are also seen in home landscaping, where they can add a festive touch to the exterior appearance of a house. But a Danpal walkway canopy design is much more than a piece of canvas on a pole. The famed Danpal reputation for innovation and visual appeal makes polycarbonate canopy design an attractive and useful feature for your building.

Of course, we immediately think of the ways that walkway canopy systems offer shelter from the elements, but even the simplest of walkway awnings can transform the visual aspect of the landscape. A street of shops distinguished by the items that are sold within, but connected by an exterior walkway canopy, gives a commercial zone a picturesque appearance. In a domestic setting, a covered walkway canopy at a festive occasion shields guests from rain as they enjoy the fresh air and the company of others. Whether you’re enjoying alfresco dining at your favorite restaurant or chatting with friends at a neighborhood get-together, you can appreciate the ways in which an outdoor walkway canopy enhances the occasion.

A Danpalon Canopy Redefines Outdoor Architectural Canopy Design

Don’t be confused when we talk of daylighting architecture and canopy roof design in the same sentence. The combination of natural light and architecture has brought about a dynamic partnership between what nature can provide and what technology can enhance.

Danpal is a pioneer in daylighting architecture, the process by which natural light becomes one of the building components of a design. Of course, as soon as Danpal is part of the conversation about canopy roof material, the conversation turns to a polycarbonate roof canopy. It’s light in weight and easy to work with, which gives it a versatility that’s especially convenient for an outdoor setting. You’ve seen polycarbonate canopy systems in a variety of locations, and you’re used to seeing polycarbonate used in conservatories, garages, decks, patios and even pool covers. It’s practically unbreakable, which helps to explain how polycarbonate canopy design has captivated the imagination of architects.

Because it’s 250 times stronger than conventional glass, polycarbonate is able to hold up against harsh weather. That means that whether the season features extreme cold or extreme heat, polycarbonate covered walkways are up to the challenge.

The Walkway Canopy Of Hwa Hun

Located near Seoul near Bukhansan Mountain in Korea, Hwa Hun or “Blooming House” is a brilliant example of how Danpal materials and stunning architecture combine to create a design that is both aesthetically impressive and structurally superior. The house not only uses Danpalon® in its Danpal façade system but also in its walkway canopy, where Danpalon® is placed over steel pipes. An architectural canopy is an invigorating element for a residence or a business that also adds to the appeal of the neighborhood.

The Advantages Of Danpalon® For Your Walkway Canopy

The reason why Danpalon® panels are the preferred choice for canopy roof systems is easy to understand. It’s well known in the construction industry that any Danpal product is subjected to rigorous in-house quality control testing so that the final results meet Danpal standards. Because Danpal is an international company with a thriving commercial presence on five continents, its global markets are an important consideration when manufacturing materials for export. Danpal products perform to excel regardless of where they are installed: whether it’s the Alps of France or the Australian Outback, Danpal manufactures materials that will be durable enough to withstand weather conditions all over the world.

Walkway CanopyVersatility Of Materials And Colors In Walkway Canopies

For business establishments that want to make sure the external features of their setting enhance the overall appearance and don’t detract from the impression that’s made on customers, there are various options to choose from when considering polycarbonate canopy details.

You might choose simple walkway canopies that are utilitarian in function, or you might be aiming for a more elaborate presentation that adds visual appeal. Danpal offers various options in building canopy design that will meet the widest range of customer preferences.

Walkway Canopies Provide Shelter From The Elements

People love being outside, until bad weather makes an appearance. With the arrival of summer, more events are held outside. For restaurants welcoming the return to normal after the constraints imposed by COVID, outdoor seating remains a popular option. An attractive walkway canopy design is a visual way for a business to look inviting.

Diners sitting at a table might have an umbrella to shelter them from harsh sunshine or blustery conditions, but servers bringing menu items to those tables can benefit from a canopy that shields the transit paths from exposure. Danpal flexibility and ease of access are always an important factor when making a decision on the dimensions of the walkway canopy that’s needed.

Optimizing Natural Light With Danpal’s Walkway Canopy Systems

Danpal is a pioneer in daylighting architecture, the process by which natural light becomes one of the building components of a design. Whether you are in the market for a walkway canopy or skylight roofing or any of the Danpal systems, it’s quite likely that you’ll want to check out the options that come with daylighting architecture. Studies have shown that adding more natural light improves productivity and nurtures a sense of wellness. In these stressful times, a little more sunshine can go a long way toward making building structures more holistic for those inside.

Contact Danpal to discuss Walkway Canopy for your next architectural project.

An Interview with Danpal Korea President – Mr. Han

We had the fortunate opportunity to sit-down, and talk with a very busy Mr. Han, about his work, as he guides Danpal Korea to a bright future.

Mr. Han is a multitalented individual, who is not only the president of Danpal Korea, but who is also the V.P of the Korea Institute of Architects, and amongst other titles, is an alternate member of the UNESCO-UIA Co-Committee of World Capital of Architecture.

1. Please tell us a little bit more about you and your background?

I am Young-keun Han, the president of Danpal Korea, a commissioner of Presidential Commission on Architecture Policy Republic of Korea, the vice president of Korea Institute of Architects, an alternative member of UNESCO-UIA Co-Committee of World Capital of Architecture and a commissioner of Architecture Commission of Seoul City. I am also an architect and university professor. I have experience in designing buildings and architecture ever since I finished my study of architect in France. During that time, I was able to experience architect and engineering industry for about 20 years and came across to know about Danpalon and its applications as aesthetically flexible building materials having great potential.

2. How did you originally get involved with DANPAL?

While I was in France, I had a chance to design a house for the Bayer France’s chairman and he was very satisfied with the design and outcome. As a result, I became his architectural consultant. From the Bayer’s raw material annual forum, I came to know of Danpalon which uses the Bayer’s Makrolon as the main ingredient. And after that, I have witnessed the design, application, and maintenance of the Bayer group’s Danpalon project. I was marveled at Danpalon as a building material and led me to start my business with Danpal in Korea.

3. Can you tell us more about how you have developed DANPAL Korea, into a successful supplier of architectural solutions (moving away from simple panels)?

As an architect, I have discussed a lot about building structures and materials with my fellow architects. In the early days in Korea, about 15 years ago, polycarbonate panels were not widely used as building envelopes. But I brought these fantastic materials at the moment when architects were seeking and desire of new materials. And I tried to apply Danpalon to well-designed building projects so that they could perform as my showcase.

Based on the high-quality product as Danpalon, I provided skilled engineering to support better applications. Most of all, I have tended to think that I am contributing to the new culture for architecture in Korea, rather than just selling panels for profits.

4. What challenges in supplying our systems for projects, do you continually face in Korea, and how have you overcome them?

Although Danpalon is known as high-end imported material, it is more expensive than four other competitors. In addition to that, products from China are not only cheaper but quicker to be delivered as they close to Korea.

The next issue is the Korean building regulations. Danpal products are globally used but that doesn’t mean they perfectly meet all Korean regulation. Especially, the standard for fire resistance and insulation is getting more and more intensified, and reducing the gap to meet the requirements is not fast enough.

To solve these issues, we approach each case differently and try to identify the client’s desire in early-stage whether he wants superior products or only cares of price so that we know where to put our efforts. We also try to secure more stock available in order to meet the desired delivery time. We understand well that this is not a perfect solution and Danpal products are order-made, therefore, the production requires more time. But we also hope more support from Danpal to find better and more effective ways to reduce delivery time.

For the regulations, we can hardly imagine how the regulations will be in the future. But now the best we can do is to suggest the applicable design of the products complying with the new regulation to our clients.

5. What sort of strategies have you used to overcome local competitors, especially those, who sell on price?

Danpal Korea offers solutions. With my employees’ knowledge and experience in engineering and architecture, and understanding of the Korean market, Danpal Korea provides not only products but Total Service. This means that from the design stage, Danpal Korea works with our clients until their projects end. And even after the projects we go on and check if our clients are satisfied with their results. I believe this could make clients favour our solution over the price.

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6. What do you feel are the key advantages that a DANPAL solution offers, over other more established options in the market?

I think Danpal products are genuinely made by the market-leading company Danpal whereas other similar building material companies imitate and follow the trend created by Danpal. This gives significant differences for product superiority when it comes to application. With the experience and knowledge, Danpal has, Danpal solutions are built for high functioning that actually works. This is because Danpal products are continuously being evolved and get perfected by Danpal’s R&D, which makes other competitors hard to follow.

7. How important is it to provide high-level specification for each project, in order to secure supply, and how do go about this process?

Suggesting on Danpal’s specification is the first step in the process to develop projects.
In that, we need to address our solution’s functionality, efficiency, and as well as economic value to people who design, inspect, and manage projects and people who work on sites. Normally they don’t work in a group all together, so even though we convince the designer or architect, that doesn’t mean that we secured the project. We have to go through and met each stakeholder to be satisfied.

Since Danpal Korea is not a big company that has enough manpower, we have difficulties reaching out to every single one and its satisfaction. But we try to use every available resource as possible. For example, in order to get more information and supports, I use my network in architectural associations that I’m affiliated to.

And more importantly, we let our clients correctly understand the traits of our products and performance, so that we can build mutual trust with our clients and be recognized as a credible and healthy partner.

8. What future do you see for DANPAL in Korea, and how are you gearing up for these changes?

Danpal solutions may not be a substitute for all kinds of building materials for sure. And they are not ordinary materials or ubiquitous applied to everywhere, at least, in Korea so that its market is not as big as other ordinary materials like glass. But I believe its uniqueness can find the niche, and when Danpal solutions are required, there can be hardly ever substituted due to strength and durability compared to lightness and variety of color options.

So far, 85% of our projects are Façade and we have only 15% of roofing projects but we are now expanding to roofing and interior projects. For our future, what I want to do is to combine Danpalon and solar panels for clients who want solar energy. This will increase more marketable area. I am sure that Danpal solutions’ original functionality and technology to enhance energy efficiency and environmentally friendly products can be the answer for not only Danpal Korea but also for Global Danpal.

9. Can you tell us about a project that you are most proud of, and which DANPAL system you ended up using?

The most memorable project to me is Soongeui Arena Park Stadium using Danpal Roofing System. The project required 34.4 meter long panels, the longest panels ever used for our projects. In order to install these long panels inclined, the structure became very complicated. With the help of Danpal, we were able to save structural costs from total expenses. This was because Danpal and Danpal Korea are not just panel sellers but we find and provide the solution and service together.

10. What advice can you provide to our other global partners, on the steps you have taken, to grow the DANPAL brand in, your market?

I often say this but because of its importance, I will repeat it. We are not selling just products and panels. Because our products are not consumer products that can be immediately used as they are, just selling cannot be done without putting extra effort to support clients. Therefore, it is very important to have the experts and qualified manpower to provide engineering services and great marketing as well. 

Our products are designed, tailored, and installed, and this process takes some time until projects finished. And the notion that I obtained in this business is to remind people that we are offering them solutions to solve their problems. With the high-quality Danpal’s solutions and the efforts to provide service, there will be a bright future and your success.

Polycarbonate Skylight Systems Let Daylight In While Keeping Weather Out

If you’d like your home or office building to be on an equal footing with weather, you need to consider the merits of polycarbonate skylight systems. For most of humankind’s time on the planet, shelter has been at the mercy of weather. As architecture and construction advanced through the centuries, the goal has been to prevent weather—the heat or the cold, the damp, the darkness—from making us uncomfortable or causing damage to our living and working spaces. But as we all know, weather has a benign and enjoyable side as well. With the development of naturalite skylight systems, Danpal has found a way to integrate the more popular aspects of nature into our interior space, while keeping the extreme components safely outside. Coming to terms with weather is something that’s easier to do from within a polycarbonate architectural system.

The Strength Of Polycarbonate Skylight Systems

As a building material, polycarbonate is much stronger than you might think. In fact, polycarbonate is strong enough to stand up to weather. We all know from personal experience that weather is a powerful force. In these times of climate change, where we’ve witnessed brutal and deadly storms, blizzards that bring travel to a halt, wildfires that scorch hundreds of acres, and floods that devastate human life and property, we sometimes think that weather has the upper hand. But here are a few reassuring facts about polycarbonate architectural systems that shed new light on the matter.

With impact resistance that is 250 times greater than what glass can claim, skylight polycarbonate sheets don’t surrender to weather. Polycarbonate skylight roofing can also resist temperatures as high as 240 degrees Fahrenheit, which is pretty impressive when the sun is beating down and temperatures are soaring. It’s watertight and shatterproof as well, further adding to its many superior qualities. After all, as much as we might enjoy a lovely spring rain, no one wants to see raindrops coming inside because there’s a leak in the roof!

The Flexibility Of Skylight Polycarbonate Panel

If you’re looking for skylight glazing solutions that are easy to install, you’re going to appreciate all the options that are offered in Danpal’s polycarbonate products. Unlike glass, which is heavy and difficult to work with, the components of skylight polycarbonate panels can be processed at room temperature, even when bending at sharp angles. There’s a lot to appreciate in polycarbonate skylight roofing.

Naturalite Skylight Systems Enhance The Qualities Of Daylight

When naturalite skylight systems are installed in a structure, it’s not the durability or the flexibility that captures the attention of the people inside. It’s the light! Natural light is so much more pleasing than artificial light. We see better with natural light, for one thing, so of course, skylight glazing solutions can offer an inside world that integrates sunlight into our homes, offices, shopping centers, and various other structures. Daylighting architecture is one of the ways in which Danpal has made its mark in the building industry. As part of Danpal’s Global Vision, Local Focus philosophy, it’s entirely logical that architecture would partner with light in a way that utilizes the environment’s abundance without doing harm. In fact, as a building material, polycarbonate plays a holistic role in environmental concerns because it’s so easy to recycle. With a Danpalon skylight, daylight builds a bridge between the transparency of glass and the strength that is polycarbonate.

Polycarbonate Skylight Systems Add Visual Appeal

One of the reasons, until the invention of polycarbonate, that glass was so popular in building designs was because of its transparency. This feature greatly expanded the visual options when architects were creating their plans. But glass, as we’ve already noted, suffers from severe deficiencies. Polycarbonate, on the other hand, is strong. It also resembles glass in its transparent nature. Danpal is well known among architects for the superiority of its research and design engineers, who recognize the importance of esthetics as part of the complete structural performance. Transparent polycarbonate skylight roofing allows the brilliant beauty of the daylight to come right into the interior spaces where you live and work, providing a natural sense of wellbeing. Spending a little more time with daylight, compliments of skylight polycarbonate panels, gives those hours an added charm that traditional roofing and artificial light can’t hope to imitate.

As you envision the appearance of your own naturalite skylight system, you’ll be able to appreciate its strength, its ability to provide insulation, its flexibility and ease of installation, its UV protection and light weight. But more than likely, you’re just going to marvel at the beauty of this polycarbonate architectural system that can do so much and look so good doing it!

Read about Polycarbonate Skylight Dome >

Contact Danpal to discuss Polycarbonate Skylight Systems using our Danpalon polycarbonate sheets and Danpal Roofing Solutions for your next architectural project.

Plastic Roofing

Patio Skylights Offer the Most From Indoor/Outdoor Living

Install A Patio Skylight For An Indoor/Outdoor Home Experience

If your home has a patio skylight, you’re well aware that outdoor living has given you an exhilarating way to enjoy all the comforts of home without being cooped up inside. A patio roof with skylights expands the attractions of time spent out-of-doors without having to leave the house. Skylights for patio roof architecture are just one of the unique ways in which homeowners can expand their comfort zone. Here, families and friends gather together to savor a pleasant evening or a celebration without being at the mercy of the elements. A Danpalon patio skylight can be especially accommodating for these events as it enhances the outdoor experience while providing shelter from rain and glare.

There was a time when houses had porches and yards and that was about it, but now, a residence may also have an outdoor area with clear patio roof panels that serves as a cozy entertaining center for company, or a relaxing place for the family to gather. According to the U.S. National Association of Home Builders, the share of new homes that included patios was more than 60% in 2020. This number represents the fifth year in a row that the share of newly constructed homes that include patios hit that record-breaking high! Imagine if all those houses had patios with skylights!

What’s So Special About Polycarbonate Patio Cover?

For one thing, most translucent patio roof panels are made of polycarbonate. You’d expect a polycarbonate patio cover to show significant strength, and you’re right. Although polycarbonate was first used on conservatory roofs, its popularity has expanded to the point where it’s also a favorite choice for greenhouses, solariums, and sun porches. Of course, it’s also commonly used in other commercial structures as well, but its use in outdoor structures shows that it offers that ideal blend of indoor/outdoor appearance and strength that’s so well suited for things like patio skylights. One reason that polycarbonate is the building material of choice in these structures is because many of them would not be able to support roofing made of a heavier material. Ease of installation is always a plus: it saves time and labor for the work crew, and it saves money for the client.

A patio cover skylight made of polycarbonate is almost unbreakable. As a means of comparison, polycarbonate is the material used to make police shields. If polycarbonate can stop a bullet, it definitely has the upper hand when weather attacks. That demonstrates how effective your outdoor patio skylights will be in resisting weather. During the seasons when the weather is uncooperative, you probably won’t be outside on the patio, but isn’t it a relief to know that your patio skylight panels are able to handle the pounding rain and the heavy snow while you’re snug and warm inside?

That resistance is part of what makes a skylight in patio roof design so attractive to homeowners, and so full of potential to architects. The durability of polycarbonate gives it a long life, which is also a money saver. The versatility of your patio skylight satisfies on so many different levels, from the economic to the esthetic.

Patio Skylight Lighting With Translucent Patio Roof Panels

People who have a porch skylight love the sense of being outside under cover, but they also crave the inclusion of natural light. The addition of skylights as a winning feature of the translucent porch roof maintains the brightness of natural light but diminishes the glare that sometimes accompanies sunlight. Danpal technology and building expertise knows just how to handle the whims of weather. Those clear patio cover panels bring in the daylight, but they won’t let it overwhelm you.

Translucent roofing materials for patio use can serve as the master of ceremonies when it comes to weather. They allow sufficient light to come in, but keep rain out. If you have a polycarbonate patio roof, you can be assured that you’re sheltered by a remarkably strong substance, 250 times stronger than glass, but with the flexibility and lightness to readily accommodate an architect’s design. If your home has an outdoor patio roof with skylights, you’ll be relieved to learn that polycarbonate is resistant to discoloration from the sun’s rays.

A little touch of the outdoors lets us appreciate our interior living space so much more. The option of enjoying time under a patio skylight is a form of architectural seasoning for the menu of our daily indoor living. Our homes have been transformed by many things: advances in research and development that have led to more efficient, effective building materials; an appreciation for the outdoors that doesn’t intrude upon comfort; finding a balance between the homes we live in, and the settings in which they are built. Patio skylights allow architects, builders, and clients to work as partners in order to design, build, and live in a dream home!

Multiwall polycarbonate roofing sheets

 

If you look at a building from the vantage point of its roof, you’ll soon realize that if weather were a war, a building would be the frontline troops. That’s because the rain, snow, and hail that surge out of the sky on an inclement day strike the roof without any interruption in their progress to the ground far below.  Danpal knows that in order to stand up to this kind of punishment, a roof has to be strong.  The Centro Acuatico Estadio Nacional CAEN in Chile is an example of the way that a roof can be both strong in purpose and appealing in appearance. That’s why Danpal’s multiwall polycarbonate roofing sheets work like a medal of honor for a building’s protection against weather. Esthetics and strength come together to define a building that performs to the peak of its design without letting weather get the upper hand. 

Clear Multiwall Polycarbonate Roofing Sheets and Strength

Polycarbonate is available in two types, multiwall and solid.  Multiwall polycarbonate sheets are made of hollow air chambers; solid polycarbonate roofing sheets are a clear, flat sheeting. In both cases, polycarbonate is incredibly strong; it’s been hardened to the point where it’s 200 times stronger than glass, although it’s half the weight. With an ability to withstand elevated resistance levels, polycarbonate makes a roof much stronger. 

Multiwall Polycarbonate Roofing Sheet and Flexibility, a superior panel for your glazing

It’s easy to perceive the advantages of working with a glazing building material with superior strength that, at the same time, is light in weight.  Installing a roof with polycarbonate sheeting doesn’t have to be the inconvenient, time-consuming operation that it is with other roofing materials.  Multiwall polycarbonate roofing sheets take much less time to install. Time saved is money saved. In the end, everybody wins. 

Insulated Polycarbonate Roof Panels

One of the most important parts of a building is insulation. It’s not enough to have good insulation.  Insulation can only perform its function if it’s protected from the moisture that rain and snow can leave behind.  Dry insulation plays a crucial role in the life of a building, but it’s also vital for the health and wellbeing of the building’s occupants. If insulation has been compromised by moisture, it becomes a welcome environment for the spread of mold, which can cause serious health problems for people living or working in the structure who suffer from respiratory conditions such as asthma or allergies.  That’s why insulation needs all the help it can get. Thanks to Danpal, Polycarbonate Roof Panels offer just the help a building needs!

How Insulated Polycarbonate Roof Panels Work

Insulation is a vital component in the efficient operation of a building’s heating and cooling systems, which should offer a steady temperature inside throughout the entire year and all four seasons of the calendar. 
The added insulation of polycarbonate roofing, which has air between the layers, reduces the loss of heat. It keeps out the harmful UV rays from the sun, while at the same time allowing natural light to enter.  

Polycarbonate Roof Panels And Where They’re Used

Polycarbonate roof can be installed either as a single layer, which is customary in greenhouses or in multiple layers, which is what is typically seen in a residence or business.
Keeping the right temperature for a building is both an environmental as well as an economical matter. Lost energy that escapes costs you money because it increases what you’re paying to keep your building warm in the winter and cool in the summer.

At the same time, escaping energy is a burden to the environment as we all strive to maintain sustainable lifestyles. Insulated polycarbonate roof panels add an extra layer of protection for your wallet and the world in which we live. 

Contact Danpal to discuss Polycarbonate Roof Panels using our Danpalon polycarbonate sheets and Danpal Roof Solutions for your next architectural project.

 

Best Polycarbonate Roofing

The popularity of polycarbonate as a building material has made Danpal the building company with the best polycarbonate roofing in today’s market. What’s so remarkable about polycarbonate roofing?  Its strength, for one thing; its flexibility for another. The reason that Danpal is a leader in roofing manufacturing is that clients are so pleased with the process and the results that they see.  Architects enjoy the options that polycarbonate roofing gives them and everyone appreciates the visual beauty of the finished product. Danpal’s reputation for quality is well known in the industry and our roofing is one of the reasons why. 

Best Polycarbonate Roofing Systems

Danpal® roofing systems can be installed above or below a structure depending on its engineering and design requirements. With a variety of snap-on, interlocking, dry-glazed connectors, the roofing is a marvel of flexibility.  Its flexibility doesn’t diminish its strength, however; the polycarbonate roofing is made to stand up to weather, no matter how extreme. 

Energy Efficiency and the Polycarbonate Roofing Sheets

Improved “U” and “R” values attest to the impressive energy efficiency of Danpal’s polycarbonate roofing systems.  Its resistance to the elements prevents the pounding hail, driving rain, and heavy snow from penetrating a building’s defenses and causing damage to the insulation inside.  Compromised insulation lets heating and cooling escape to the outside, leading to wasted energy and higher utility costs. 

The Esthetic Qualities of the Polycarbonate Roofing System

It’s microcell technology that improves the quality of roofing by Danpal. There is a tight spacing between the ribs, which displays better natural lighting and, as a result, a more attractive appearance. You can see what we mean when you look at the Zennith Sports Center, a South Korean golf course.  Here, the beauty is apparent, the strength is expected. 

Contact us today for a free demonstration of our best Polycarbonate roofing system  and be ready for your next project!

Best Polycarbonate Roofing Sheets

In an interview, architect Oscar Torrejón described his satisfaction with the Danpal products used in the refurbishment of the Dominican Republic’s Studio Legal Terrero & Mejía. He said that the Danpal products he worked with “exceeded all expectations.” That level of praise is familiar to the Danpal team because, after over half a century in the industry, our reputation for quality is celebrated across the globe. It explains why we can offer the best polycarbonate roofing sheets, so that a building, right from the top, starts at the top!
But you don’t have to be an architect to be a confirmed pro-polycarbonate fan. Even a do-it-yourselfer can tackle a DIY project with confidence, thanks to the lightweight, durable, easily installed polycarbonate sheets.

DIY – Polycarbonate Roofing Systems

For many people, the COVID19 pandemic was a good opportunity to get some home repair projects done around the house. During that period when we couldn’t go anywhere anyway, many of us took the opportunity to get creative with a toolbox. Many of the do-it-yourself amateurs found out that they did a pretty good job, whether they were noticing places where the roof needed some repair, or they wanted a project to occupy their time and leave them with results that they could be proud of. What they found was that it was a lot easier to work with polycarbonate roofing sheets because they’re light in weight and easy to carry. Why lug around a heavy load when you have the option of going light and going better? That’s right, going better, because lightweight polycarbonate roof panels don’t sacrifice strength or durability. The projects moved along quickly because of the ease of installation. Injuries were reduced because the materials were easier to lift and move.

If your latest building project is a greenhouse or a conservatory, you might want to consider multiwall polycarbonate roof panels. Not only are they durable, but when combined with as many as seven layers, they can provide excellent insulation for the space beneath.

Solid polycarbonate sheets present another option for building designs that makes them ideal for greenhouses or balcony screens. Installation is safer than what traditional glass panels offer, and these shatterproof polycarbonate roofing systems deliver 200 times more impact resistance than double glazing can provide.

The Best Polycarbonate Roofing Sheets Make the Best Roofing System

Polycarbonate is a building material that automatically enhances the composition of whatever architectural aspect for which it’s used. Our polycarbonate sheets are made with microcell technology, which is celebrated for being the most advanced system used in daylight applications. As a pioneer in daylighting architecture, Danpal recognized the advantages of polycarbonate from the beginning. You want a roofing system that can withstand a range of weather conditions: Danpal polycarbonate roofing panels can do that. You want a roofing system that delivers the ideal balance between light and thermal dynamics: Danpal polycarbonate roofing sheets can do that.

You rely on your roof to shield your home or business from the outside elements. A polycarbonate roofing system does that and more. In addition to keeping you and your family warm and dry inside no matter what the weather is like outside, the polycarbonate roofing system has an added advantage: its esthetic qualities enhance your home’s appearance, adding to its value and appeal.

How the Polycarbonate Roof Panels Achieve Results And What Are The Advantages

Weather is a tough adversary. No matter where you live, there’s sure to be an element of weather that you find especially challenging. If it’s challenging for you, just think of what a building has to put up with from the outdoors! But Danpal products are tougher, and our polycarbonate roofing sheets are designed with a double-tooth, grip-lock connection for high resistance to powerful winds, heavy snow, and hail. Flexibility is also a trait of our advantages of polycarbonate roofing sheets, which have snap-on, dry-glazed connectors. In order to provide a long life for the roofing system, the Danpalon® panels have a co-extruded UV protection.

Factor in the high-impact resistance with low-scratch resistance and it’s obvious why polycarbonate roofing sheets are the building material of choice for architects. It’s a material that’s easy to make, cut, and mold, and there’s nothing a builder likes better than working with a product that enhances the efficiency of the project. Polycarbonate can be processed and shaped at room temperature because its glass transition temperature of 147 degrees (C) allows it to soften gradually when the temperature increases. Significant plastic deformations won’t make polycarbonate crack or break. In prototyping applications needing transparent or electrically non-conductive components, polycarbonate sheets beat sheet metal, which lacks this versatility.

Here’s another added bonus in using polycarbonate materials that you might not have thought of. Because polycarbonate roofing panels are lighter in weight, they are easier to transport, which means that carbon emissions are lower during transit. Maybe you never thought of roof repair as the smart ecological choice, but if you have a polycarbonate roof panels, you’re already making sound environmental decisions.

Contact Danpal to discuss Polycarbonate Roofing Sheets for your next architectural project.

Danpatherm – The Bearer of Light

As architecture moves forward, buildings face the ever-evolving challenge of, how to stand-out among the crowd. As a supplier, Danpal has a potential answer, and we refer to it as Danpatherm. This cassette-based concept gives us the opportunity to use our Danpatherm K7 and Danpatherm K12 based façade solutions, as carriers for advanced LED lighting systems. This trick of lighting is unique in our market, and is what allows the Danpatherm Façade System to ‘stand-out from the crowd’.

Danpatherm Let’s take a step back for a moment, so we can understand what sets the K7 and K12 façade solution, apart from other translucent offerings. The Danpatherm design concept relies on the implementation of fully finished off pre-fabricated cassettes, which are flanked by Danpalon panels covering each face. These double-glazed units are sealed-off against external elements and arrive on-site, sized and ready for installation. Having the finished product arrive on-site, drastically reduces both the man-power and man-hours need for a successful installation.

So we have established that time on site can be reduced, and that the cassettes arrive fully completed, negating the need for additional engineering on site. The next attribute to consider, which is key to our Danpatherm system, is that in our case, double-glazing means that you can remove either the exterior or interior face of the cassette, without compromising the weather line. When considering long-term maintenance issues, this ability will become both ever more important and impressive. Can you imagine the cost implications of needing to have an entire façade removed, and in doing so, compromise the building’s occupants?

Danpatherm

The next more obvious point to cover, is that by using two Danpalon microcell panels, together in a single cassette – we can more than double the U-Value! More than double the u-value, just how is this possible, you might ask? Well, by separating the 2 Danpalon panels with an air-gap, we have essentially trapped a layer of air, as additional insulation. Still not enough, how about using the cassette as a carrier for glass fibre insulation material, and achieving a u-value of 0.52 W/m2 K! A point to remember is that even by adding in the insulation material, we are still able to achieve measurable levels of light transmission.

Now, if it wasn’t enough that a single façade system type, could offer all these attributes, with some of them being completely unique – K7 and K12 can also bring you LED light! To achieve this highly technical feat of engineering, Danpal partnered with LED lighting experts, who together developed a bespoke lighting solution for the Danpatherm cassette module. The solution is comprised of separate IP67 outdoor certified LED units, each with the capability to produce a full spectrum of both colored and white light.

What does this mean for an architect, and what does this mean for their next building project? It means that the architect now has the power to uniquely transform the very face of the building, into a vivid display of light! A display of light that reflects the architect’s intention and that speaks the design language of the building. A perfect example of this technology in use can be seen in use, in the Antel Arena in Uruguay. This multi-purpose indoor sports arena, can cater for up to 15 000 people and lights up the night time sky, with a light display visible from miles around.

Perhaps it is time that we re-think our view on Danpatherm, and in the process, rediscover the magic of LED light displays. To look upon our projects with an eye for, what might be and what can be done, by approaching the design with a ‘child-like’ openness to the ‘impossible’. At Danpal, we have a habit of turning the impossible into reality, by allowing our clients the magic, to design with light. We call this… Light Architecture!

Skylight Roofing Lets Daylight In But Keeps Weather Out

We want it all! We want the beauty of the outdoors but we don’t want to give up the comfort of our indoor dwellings. We yearn for the bright light outside, but our work is conducted within four walls and it seems as if there’s no way to combine the vitality of the outdoors with the practical efficiency of our inside lives. But don’t give up, because there is a way to welcome the sunshine and daylight of the outside world without trying to convince your boss that you’d be more productive if you worked from a treehouse. Skylight roofing is the answer. It’s easy to work with and easy to install and once you have it, you’ll never want to go back to the old-style roofing that keeps the daylight out of sight.

WEATHER AND SKYLIGHT ROOFING WORKING TOGETHER

The treehouse idea really wouldn’t work at all so before you start measuring the height of the branches where you live or work, give skylight roofing some consideration. Weather is a 24/7, 365-days-a-year presence in our lives. The plentiful daylight of summer gives way to the early darkness of fall and winter. Hot, sunny days share equal time, in season, with bitterly cold ones. You might stroll from your car to the office on a bright spring day, but when the rain is pouring down, you’re sprinting as fast as you can to get inside where it’s dry. Skylight roofing lets the weather be the weather and keeps you comfortable inside. You enjoy the way that the light transforms the illumination in your working and living spaces with skylight roofing, and you’re not inconvenienced when the weather is inclement, because you’re inside.

HOW SKYLIGHT ROOFING KEEPS WEATHER IN BALANCE

Once again, it’s Danpal innovation that has developed the means to satisfy everyone who wants it all. Skylight roofing allows sunshine to enter the building, but it blocks snow, rain, wind, and hail from coming inside. That’s because of microcell technology, which has been perfected so that it provides 100% watertight protection against wet weather. You know it’s raining or snowing outside, but it doesn’t interfere with your activities. You’ll reap the benefits of weather—more exposure to sunlight which will improve your Vitamin D levels, without having to wear sunscreen in order to prevent sunburn; you’ll see better because natural light is so beneficial to vision, but you’re not without access to the familiar features of the workplace and living space. The panel ribs of the roofing are spaced tightly together in order to enhance the effect of the light.

WORKING WITH SKYLIGHT ROOFING IS EASY

Another favorite aspect of skylight roofing is the ease of installation. Danpal offers varying lengths and sizes of roofing, all of which slot into designated spots effortlessly and easily without a lot of work. So, not only is skylight roofing please you, but it’s also a pleasure for the crew that’s installing it.

If you want the best of weather without its drawbacks, skylight roofing is the solution.

Controlite® Skylight Roofing: Comfort, Control, Energy Conservation

Look up! It doesn’t matter whether it’s day or night; there’s still something to see. Can’t see anything but the ceiling? That’s because you don’t have skylight roofing. Danpal skylight roofing systems deliver dynamic possibilities for architectural innovation with buildings that are filled with light in the amounts that are comfortable for the occupants. There are health benefits associated with daylight that are enhanced by skylight roofing, one of which is increased exposure to Vitamin D, that vital nutrient that so many of us are lacking because of insufficient exposure to the sun. Skylight roofing protects a building’s occupants from the harsh elements of weather that need to be kept outside while allowing the beneficial aspects, like daylight, to come in. If you’re looking for a way to make your building healthier for its occupants, why not contact Danpal for more information on skylight roofing? Danpal’s Controlite® skylight roofing optimizes the benefits of daylight while still protecting a building’s interior from the harmful effects of weather.

Controlite® Skylight Roofing: Comfort, Control, Energy ConservationCONTROLITE® SKYLIGHT ROOFING OPTIMIZES DAYLIGHT

Danpal’s half-century of innovation has led to the development of architectural solutions that deliver high-quality performance and exciting possibilities. This intelligent daylighting system features skylight roofing with integrated, rotating louvers that adjust positions throughout the day in order to adapt to the changing amount of daylight. Whether it’s the depth of winter or the height of summer, the system enables control of the intensity of the light to suit your personal preference. Skylight roofing by Danpal makes natural light a partner in the building design. In addition to the optimization of light, this skylight roofing system provides a larger surface area; it’s an energy-efficient, sustainable design, and can withstand harsh weather and extremes of temperature.

DAYLIGHT IN, WEATHER OUT: THAT’S THE BEAUTY OF SKYLIGHT ROOFING

Our interior living and working spaces are meant to be comfortable. Walls and ceilings are part of the barrier that keeps the weather from intruding on us; we’re indoor beings and we couldn’t function properly if we had to work and live out in the open, with no escape from cold weather, high temperatures, rain, snow, wind, and hail. Danpal understands that while we appreciate having more daylight inside, we don’t want all of nature’s seasons to intrude upon us. That’s why Danpal’s skylight roofing is built for durability. We use microcell technology so that our panels can deliver complete, 100% watertight protection from the bitter cold, oppressive heat, and rain and snow that weather brings. With skylight roofing, the weather performance is on display outside, but you’re comfortable inside.

CONTROLITE® AND ENERGY CONSERVATION

In a world that has gone from being agricultural to industrial, buildings play a vital role in the way that energy is consumed. With Controlite® skylight roofing, energy used from heating, air conditioning and artificial lighting is significantly reduced so that a building’s environmental impact is less negative. Danpal Controlite® panels can be integrated into the energy-efficient design of a building, making designers eligible for credit points through the green building rating systems.

Polycarbonate Sheets Can Handle Extreme Weather

Some choices are easy when it comes to building materials. You are looking for materials that are strong, durable, and functional. Esthetic choices are not quite so cut-and-dried, but nevertheless, you want something that’s attractive.

It’s obvious that strength needs to be a component of building material because the structure has to be able to withstand the relentless power of the natural elements. Polycarbonate sheets offer you the variety of options that provides strength, durability, and functionality, with a choice of multiwall or solid format. You’ll get the appearance that you want without sacrificing any quality of performance.

ADVANTAGES OF POLYCARBONATE SHEETS

Polycarbonate’s versatility allows it to offer the appearance of glass for those who are seeking a specific look but want something stronger. Polycarbonate has been hardened so that it’s 200 times stronger than glass, making it capable of withstanding elevated resistance levels.

Yet it’s only half the weight of glass. If you want a building material that looks like glass, solid polycarbonate sheets are a clear, flat sheeting that will oblige. Or, you can choose the multiwall polycarbonate sheets, which are made out of hollow air chambers. Both are equally impressive in strength.

Another plus for using polycarbonate sheets is their flexibility. Even though polycarbonate is so strong, it’s easy to work with and that makes installation fast and simple. There’s little disruption and the ease of the process is a time-saver and a money saver. If you want more evidence of how flexible polycarbonate is, you’ll be impressed to learn that it’s used to make security screens, windshields, farming machinery, and the guard materials in machinery parts.

Polycarbonate Sheets WHY POLYCARBONATE SHEETS ARE THE BETTER CHOICE AGAINST WEATHER

It makes sense that our research and development innovators would work to create a tough, resilient building material that’s strong enough for today’s climate. We’ve all seen the way in which our weather patterns have dramatically changed.

While it was not unusual in the past to have an occasional hotter-than-usual summer, we’ve arrived at a time when record-breaking heat seems to be an annual occurrence. Previous years have seen devastating hurricanes, but now they seem to strike with alarming regularity, wreaking havoc and costing billions as communities seek to repair the damage.

We’re warned in advance that a powerful winter storm is on the way, crossing miles of land and leaving downed power lines and stranded cars in its wake as residents shovel their way out of the snowfall.

As extreme weather becomes the unwelcome guest in our lives, we rely upon our buildings to keep us safe, dry, and comfortable. That’s one of the numerous ways in which polycarbonate rises above the other products. Its strength and flexibility make it the barrier against the weather.

Danpal has taken our commitment to protect buildings from weather a step further with our Ventilated Raincreen System, which is made with polycarbonate. Even when wet weather is raging outside, insulation inside remains dry.

Weather isn’t going to go away. Polycarbonate sheets are here to provide us with a defense against those times when Mother Nature seems to be on the warpath.

Polycarbonate Roof Offer Superior Strength

Polycarbonate, a building material that is both impressive in strength and light in weight, continues to grow in popularity. It’s strong and durable, and able to resist the forces of nature, but at the same time, it’s easy to work with. With material like this, the possibilities are almost endless, so it’s no wonder that polycarbonate roofs are showing up more and more often on buildings. Polycarbonate roofing system actually was first used on conservatories but has become increasingly popular for commercial structures.

The Types Of Polycarbonate Roof

You’ve likely already seen one kind of polycarbonate roof if you’ve driven by a conservatory. The panels look like glass and can be either transparent or translucent. Because of the strength and versatility of polycarbonate, it’s showing up in roofing on greenhouses, sun porches, solariums, and patio rooms. These structures would not be able to support a heavy roof, so polycarbonate is ideal. Also, a polycarbonate roof is less expensive than glass, which presents a financial advantage as well.

Polycarbonate Roofing And Weather Resistance

Weather is a factor when choosing the roofing that’s best suited for your region, so it’s fortunate that you can choose polycarbonate roofing without sacrificing any of the qualities that you would expect from traditional roofing.

Polycarbonate roofing meets the most demanding quality standards: it’s able to withstand a wide range of temperatures; it’s shatterproof; it’s flexible; it’s durable, and it’s lightweight. If you live anywhere where there’s the weather, polycarbonate roofing is ideal for you!

With its high impact resistance, polycarbonate roofing has the advantage over glass if you live in a region of the world where heavy snowfall or hailstorms are common because it’s not likely to break or crack.

Polycarbonate roofs come in different colors, but if you’re worried that the colors will fade after constant exposure to the sun, rest assured that the panels do not readily fade and are able to maintain the attractive appearance of the roof.

Insulating Qualities Of Polycarbonate Roofing

Polycarbonate roofing, which is installed either as a single or double layer, provides added insulation for the building. A greenhouse may use only a single layer, while a business or home is likely to use multiple layers. There is air between the layers which provides insulation to reduce the loss of heat. Polycarbonate roofing keeps out harmful UV rays that we don’t want, while letting in the natural light that we do want. Protecting the insulation is one of the ways that polycarbonate roofing helps your heating and cooling systems maintain a steady temperature inside throughout the year.

Longevity Of A Polycarbonate Roof

Danpal is proud to offer building materials that are designed to last a long time and that’s the case with polycarbonate roofing. Although polycarbonate is a comparatively new building material, it has shown itself to be a product that withstands the test of time. We’re confident that polycarbonate roofs will become even more popular as more people discover the remarkable performance of this innovative material.

Contact Danpal to discuss  Polycarbonate Roof Panels using our Danpalon polycarbonate sheets and Danpal Roofing Solutions for your next architectural project.

 

Welsh National Sailing Academy. Land, sea and sky.

Situated on an exposed North Wales peninsula between the Irish Sea and the Afon Erch river estuary, the stunning Welsh National Sailing Academy building is both an international centre of excellence for sailing and a multi-purpose event space for the local community.

Working with the Sailing Academy and the Gwynydd County Council, Ellis Williams Architects of Liverpool based the building’s unique design on the classic principle of ‘form following function’.

A unique spiral building design is centered on a large circular main hall, enabling fully rigged boats to be towed in and out with ease while being protected from the location’s strong coastal winds. Curved public terraces overlooking sailing competitions in the bay are situated to the more sheltered north western side, with a glazed café area offering stunning panoramic views of both the bay and the Snowdonia National Park beyond.

Pwllheli-Wesl-National-Sailing-AcademyOn the opposite side, a bar and terrace looks out towards the marina and estuary. A critical design criteria for the project was to maximize the amount of natural daylight entering the circular hall to assist in the preparation of sailing boats and their close scrutinizing by competition judges. To meet this requirement, Ellis Williams specified Danpalon® translucent polycarbonate panel cladding system for both the curved hall façade and the round hall roof.

To harmonize with the project’s extensive use of natural stone gabions, sea grass banking and treated softwood building materials clear (uncoloured) Danpalon® panels were selected and pre-treated with Softlite coating to limit light glare and achieve a subtle matt finish.

The translucent panels also enabled a variety of attractive night time building illumination effects to be achieved using energy-efficient coloured LED lighting, while its excellent thermal properties mean the central hall is able to function as an unheated event space.

With its unique and stunning aesthetic appearance, the Welsh National Sailing Academy has won a series of national architecture prizes including the RIBA Regional, LABC, ICE and CEW awards.

Polycarbonate sheets: strong enought for today’s extreme weather

Doesn’t it seem as though, every time we turn on the news, we’re hearing about a new threat from the weather? If it’s not violent storms that subject an area to torrential downpours, it’s a terrible snowfall that has the power to paralyze a region. Sometimes it feels as though we’re entirely powerless against the fury of weather. Fortunately, Danpal has designed and manufactured products that can stand up to weather at its wildest. Our status as a leader in the building industry is a result of the emphasis that we place upon innovation, research, and development in creating materials that are stronger than weather. Polycarbonate sheets are one of those remarkable products that can reinforce a building with the stamina it needs to withstand the elements.

POLYCARBONATE SHEETS KEEP INSULATION DRY

POLYCARBONATE SHEETSThe Danpal Ventilated Rain System (VRS), which uses polycarbonate sheets, is one of the most effective ways to keep insulation dry so that moisture doesn’t weaken the building’s ability to use energy efficiently. VRS is designed with an air gap that provides natural ventilation. Insulation stays dry, the building stays moisture-free, and polycarbonate sheets defend the structure against weather.

Keeping insulation dry is one of the most important ways to protect a building. Damp moisture can lead to problems that begin with leaks and a loss of energy and can turn into structural stress and, ultimately, the possibility of building collapse. The damage isn’t merely confined to the building. Damp insulation creates an atmosphere in which mold thrives and once mold has found a home, it doesn’t want to leave. It leads to health problems for the occupants of a building, and if there’s someone who has asthma or allergies, they’ll feel the effects of mold very quickly. Damp insulation also leads to financial issues because you’re paying for energy that you aren’t using. It’s escaping outside and that’s bad for the environment. Dry insulation is the formula for a healthy building and healthy people.

POLYCARBONATE SHEETS: TWO DIFFERENT WAYS TO DELIVER ONE PHENOMENAL PRODUCT

Polycarbonate always delivers when it comes to strength and flexibility, but it also offers you a choice. Multiwall polycarbonate is a structured sheet with hollow air chambers. Solid polycarbonate, which is a clear, flat sheeting, resembles glass in appearance. Polycarbonate sheets are actually half as heavy as glass, but 200 times stronger. So if you want to use a product that looks like glass but doesn’t have its weaknesses, solid polycarbonate sheets are the choice for you.

POLYCARBONATE SHEETS, STRONG AND FLEXIBLE

Danpal’s years of expertise in research of development have put the company in the forefront of innovation. That’s how a product like polycarbonate came into existence. Imagine a product that’s virtually unbreakable, and yet so flexible that it bends. The larger the size of the polycarbonate sheet, the greater the radius of the bend. Polycarbonate is used to make windshields, security screens, moving machinery parts, and farm machinery. A larger polycarbonate sheet is ideal if you have an arching roof. Polycarbonate sheets are lightweight and easy to install, so you can understand why they’re the popular choice for architects.

Polycarbonate Sheets: Today’s Building Material Choice For Strength and Flexibility

Fifty years as leaders in the building industry with polycarbonate sheets systems have provided Danpal with a reputation for innovation and expertise. We operate on five continents so, in addition to our decades of experience, we have a global presence that enhances our ability to live up to our motto, Global Vision, Local Focus. As the market’s expectations change to include materials that are stronger, lighter, more energy-efficient, and easier to work with, Danpal has been in the forefront of the transformation in the industry. Our reputation as leaders in the manufacturing of building materials has been solidified by our commitment to cutting-edge products that meet customer expectations.

Not all companies have been able to keep up the pace of change that has resulted from technological advances, and not all of the products that were once popular in the industry have been able to maintain their edge. Polycarbonate sheets are one of the new products on the market; they are so strong, flexible and attractive that they are replacing more traditional building materials such as glass.

Polycarbonate Sheets Don’t Surrender To Weather

No matter what weather pattern we’re in, we can be sure that weather will continue to be a force with which to be reckoned. Snow, rain, wind, and hail haven’t changed. Fortunately, technology and efficiency have changed. Polycarbonate panels, which are available in two different forms, are part of the technological innovation that is redefining how buildings are designed and built. You may choose multiwall polycarbonate panels, which is a structured sheet with hollow air chambers, or solid polycarbonate, which is a clear, flat sheeting that resembles glass in looks but is much stronger and lighter.

polycarbonate sheetsPolycarbonate Sheets Are Flexible

If a product is lightweight and easy to work with, as polycarbonate plastic sheets are, it’s going to be popular with architects and clients. That’s because installation is going to be smoother as well, causing less disruption for the client and the workplace. When time is saved, money is saved. The flexibility of polycarbonate sheets has already won over clients who manufacture farming machinery, windshields, security screens, and moving machinery parts. Polycarbonate sheets actually bend, making them so much more versatile than glass. If you have an arching roof, a larger polycarbonate sheet is particularly well suited. The larger the size of the sheet, the greater is the bend’s radius. Read all about the advantages of polycarbonate roofing sheets.

Polycarbonate is hardened so that its strength is 200 times that of glass but only half as heavy. And yet, polycarbonate sheets are virtually unbreakable. It’s plain to see why architects choose polycarbonate sheets to work with.

The Danpal Ventilated Rain System (VRS) Uses Polycarbonate Panels

Danpal’s Ventilated Rain System’s polycarbonate sheets keep insulation dry thanks to the air gap that provides natural ventilation. Keeping insulation dry is a vital consideration in the life span of a building because once insulation is compromised, so is the building, even if problems don’t show up immediately.

By using clear polycarbonate sheets or any other polycarbonate sheet color, you’re giving your building all the protection that it needs in order to be able to fight off weather and prevent moisture from penetrating. You’re benefitting as well, because polycarbonate is one of the most popular materials in the industry.

Polycarbonate Sheets are a New Favorite in Building Design

You want the best possible materials for your building. As an architect, you recognize that as times change, so does client preference. As technology has developed new materials that provide higher quality, meeting environmental concerns has provided input into what kinds of products should be used in construction. Keeping on top of changes like this means that architects and others who are working in the building industry need to have resources that they can rely on. Danpal, which has been a leader in the building industry for half a century, is a company whose standards are as high as our dedication to innovation. Architects know that they can count on us for products that will help them build the best possible buildings. We have led the way in developing new products, like polycarbonate sheets, that have transformed the building industry because of their superior strength and performance.

How Danpal’s Ventilated Rain System Uses Polycarbonate Sheets

Danpal’s Ventilated Rain System maintains the company’s reputation for creating a product with high performance standards while at the same time giving a building an exterior that is esthetically pleasing. The insulation of the building benefits from the natural ventilation that results from the air gap in the panels, which are made of polycarbonate. The insulation remains dry and maintains its performance standards for the future. Polycarbonate sheets protect a building from the damage that weather can cause by insulating the structure internally. Protecting the insulation from the damage caused by adverse weather and the resulting leakages is one of the many ways in which polycarbonate sheets demonstrate their impressive ability to extend the life of a building.

Polycarbonate SheetsKnow Your Polycarbonate Panels

Polycarbonate panels come in two different forms. Multiwall polycarbonate is a structural sheet with hollow air chambers. Solid polycarbonate is a clear, flat sheeting that looks like glass. Actually, polycarbonate is 200 times stronger than glass so that it’s better able to provide the kind of performance that clients expect.

Polycarbonate, which has been hardened to make it capable of withstanding high levels of resistance, is 200 times stronger than glass. It’s also much better at adapting to weather than glass is. We all know that weather tends to be unpredictable, so if you want the ultimate protection for your building, you’re going to choose polycarbonate sheets.

Unlike glass, polycarbonate is easy to work with. Its flexibility and easy installation make it the preferred choice for architects when they are making their choices of building materials. Because polycarbonate has been hardened to make it more resistant, it’s also much harder to scratch. Its flexibility makes it the building material of choice for windshields, security screens, farming machinery and as a guard in moving machinery parts.

The Esthetic Advantages of Polycarbonate sheets

The variety of colors that polycarbonate sheets are available in makes this a popular choice for architects and clients. Color brightens up a building and makes it a focal point in the neighborhood. Polycarbonate sheets support the famed daylight architecture that is a feature of the Danpal company.

Wall Cladding Protects Insulation From Moisture

Most people would agree that their household budgets have enough to cover and don’t need any extra expenses added to it. But if your insulation isn’t intact, if moisture has penetrated to the interior of your home or business, then you’ve already added a new item to your budget without even realizing it. That’s because the energy that you use to heat and cool the inside of your structure is escaping outside, increasing your energy bills, and you might not have figured out the reason why. Compromised insulation is one of the main reasons why energy consumption increases; it’s also one of the reasons why buildings experience issues that can, if not attended to promptly, lead to real problems later on. The right wall cladding can help provide the protection that your building must have if it’s going to be able to prevent moisture from invading your home or business.

wall claddingHow Wall Cladding Protects Insulation From Moisture

Weather has a lot of weapons at hand to defeat a building. Year after year, there are snowfalls, rainstorms, winds and hail; and don’t forget about the hot sun which beats down upon a building during the warmer months. Danpal wall cladding has a convective motion, with an air gap to provide natural ventilation, that keeps the insulation dry. Rain and snow are prevented from getting inside because of our connector-bound microcell polycarbonate sheets and our double-notching. How can a building hope to withstand such an onslaught from nature? Danpal has put a lot of research into its products and our wall cladding reflects the innovative spirit that marks all of our materials.

Energy Efficiency and Insulation

Buildings have a vital role to play in the goal to maintain a sustainable lifestyle. In most IEA countries, it’s the buildings that consume 40% of primary energy. If your building’s insulation is allowing energy to escape, you’re the one paying the bill but the planet is paying the price for wasted energy. The purpose of insulation is to keep your energy within the structure so that you can maintain a consistent indoor temperature. But once insulation has been damaged by moisture, your heating and cooling systems have to work harder to maintain that consistent temperature. By protecting the insulation of a building, wall cladding is doing its part to help the building occupants support a sustainable lifestyle.

The Benefits Of Working With Danpal Wall Cladding

The main purpose of wall cladding is, as we’ve noted, to protect the insulation of a building. But Danpal wall cladding, because our panels are customizable up to 12.0m standard length, offers a level of creativity and originality in architectural design that you can’t expect to find in other products. Customization is a fantastic benefit for architects because it allows them to indulge in more creativity with their designs. Add in the fact that Danpal wall cladding is available in so many colors and designs and it’s easy to understand how a building’s appearance is enhanced.

Polycarbonate Sheets are Today’s Choice in Building Materials

If a company is going to make its mark in the competitive building industry, it must be innovative. The changes that technology has made in the twenty-first century have altered virtually every aspect of our life, and that’s as true in the building industry as it has been in other areas. Danpal, with its 50 years as a leader in developing building materials that are designed to meet both the immediate needs of the client as well as the broader needs of a sustainable world, knows how to deliver satisfaction on a multitude of levels. First, never skimp on quality. The customer must be confident that the products used in a building are superior so that they will perform their function to the utmost. Second, the products must be able to do their job. In order to last, a building must maintain its strength and integrity. Third, a product must support the energy efficiency standards that are cost-effective for the consumer and environmentally friendly for the planet. And last, but not least, a product that is part of the visual appearance of a building should enhance its esthetics. We’re proud to say that polycarbonate sheets meet all of these requirements.

Polycarbonate SheetsPolycarbonate Sheets Deliver Superior Strength

Innovation and advances and technology mean that building materials that were popular in a previous generation are no longer capable of matching today’s products. Polycarbonate sheets are half as heavy as glass, but 200 times stronger. In addition, polycarbonate sheets are more flexible than glass. You can see the advantages of this trait; flexibility means that polycarbonate sheets are easier to install and customize.

If a building’s components are functioning as they were designed, energy efficiency is assured. When insulation remains dry, energy isn’t going to waste. Your building is using just the amount that’s needed to keep the inside comfortable and free from moisture. That represents a financial savings for you, a structural savings for your building, and an environmental savings for our world.

Whether you choose multiwall polycarbonate, which is a structured sheet made of hollow air chambers, or solid polycarbonate, which is clear, flat sheeting that resembles glass in appearance, you’re choosing a product that offers superior performance. Both multiwall and solid polycarbonate are equal in performance, so in the end, you’re going to choose the polycarbonate that suits the appearance you’re looking for.

Speaking of Appearance . . .

Earlier, we told you that appearance is an important component of the Danpal products that are visible. We’re known for the way that we’ve incorporated light into the architecture of a building, and polycarbonate sheets are included in the Danpal daylight options. We can’t take credit for using daylight as a building material, but we can take credit for creating systems and products that make it easier to include natural light as part of the interior design of a building. With the natural light that comes from Mother Nature, and the color options that Danpal provides, buildings don’t just offer a structural presence; they provide a creative one as well.

Polycarbonate Sheets are Part of the Danpal Culture of Innovation

A company that’s been a leader in its industry for half a century is a company that means to last. So it’s not a surprise that Danpal, which operates on the motto of Global Vision, Local Focus, would have developed a culture of innovation that brings forth the highest quality of new products. Products such as polycarbonate sheets are part of the company’s esteemed inventory of quality, customized, ready to install solutions. Looking for strength? Polycarbonate sheets deliver. Looking for resistance to weather? Polycarbonate sheets deliver. Looking for energy efficiency? Once again, polycarbonate sheets deliver. The story of polycarbonate sheets is one that architects love to hear because they know it’s a product they can rely on for better, stronger buildings. They also love the options that the material provides. Multiwall polycarbonate, a structured sheet with hollow air chambers, and solid polycarbonate, a clear, flat, verson that resembles glass, are equal in strength. The only difference is in appearance, which allows customers to purchase exactly what they’re looking for without sacrificing quality or strength.

Polycarbonate SheetsPolycarbonate Sheets Offer Better Protection Against Weather

Weather has always been a force to be reckoned with, but lately, we’ve all noticed that our weather patterns seem to be even more punishing, and that’s hard on buildings. In order to be able to withstand the heavy rain, the powerful winds and hail, heavy snow, and harsh sunshine, a building without proper protection is easy prey for the season. The Danpal Ventilated Rain System, which uses polycarbonate sheets, is a fortress of protection against the penetration of weather. The insulation within stays dry thanks to the air gap in the panels which provides natural ventilation. If your insulation is healthy, so is your building.

Polycarbonate Sheets Offer Long-Term Life

Polycarbonate sheets, because they’re 200 times stronger than glass, easily adapts to changing weather conditions with a facility that glass lacks. Maybe it’s because the polycarbonate has been hardened to withstand powerful levels of resistance. The flexibility of the product, when matched with its inherent strength, makes polycarbonate popular with architects and industry people because its customizable. Because of the protection that polycarbonate sheets provide, they’re like an insurance plan for your building.

Polycarbonate Sheets Offer Energy Efficiency

The amount of money that we pay on energy costs is reason enough to make sure that the insulation in our buildings is dry and functioning at optimum level. There’s no reason to pay for energy that isn’t being used as we intend it, especially when we realize that 40% of primary energy consumption comes from the buildings where we live and work.

Polycarbonate Sheets Offer Daylight

Danpal has become well known for the amount of innovation that it brings to its daylighting techniques. Natural light provides buildings with an advantage that gives the occupants a healthier, more holistic experience. Architects appreciate the opportunity to utilize a building material that surpasses others in its state-of-the-art function while at the same time bringing a beauty and illumination that enhances the atmosphere.

For a building that reflects the research and development that lead to state-of-the-art quality, you can’t do better than Danpal, where innovation is the way we do business.