Cladding delivers insulation protection

Architecture can be a demanding field, requiring a nimble mastery of talents. An architect who excels in his or her field is one who understands the basic requirements of construction so that a building can emerge from the original design to a finished site. Architecture demands a knowledge of current building codes and federal regulations in order to comply with the legal standards governing the construction industry. The architect who knows the discipline also knows how to translate what the client wants into reality. Through all of this, an architect is a creator, taking building materials and colors and turning these components into a structure that accomplishes its purpose. All of this seems easy to understand, and it is. That is, until the first leak shows up and all of a sudden, the people inside the building are at the mercy of the elements which are supposed to remain outside the building. When that happens, the talented, knowledgeable, skilled, creative architect is going to wonder if he or she neglected to use the right cladding when choosing building materials.

CladdingKeeping Leaks Out With Danpal Cladding

No one wants a leak in the building. Leaks are messy to clean up; they’re a nuisance for the occupants of the building, whether it’s in the home or the workplace; and they have the potential to cause accidents, if someone would slip and fall. If the leak manages to compromise the insulation of the building, even greater damage is likely. Dry insulation is a must in order for the heating/cooling system to maintain peak energy efficiency. Even buildings in the very best of condition use a lot of energy—they’re responsible for 40% of energy consumption in developed countries—so you can imagine what happens if damaged insulation allows energy to escape. Quality cladding plays a very important role in making sure that your building’s insulation has the protection it needs to maintain efficient use of energy.

Why Danpal Cladding Provides the Best Protection

Danpal’s Ventilated Rainscreen System offers complete insulation protection thanks to the Danpalon panels. The double-notched, connector-bound sheets, made of microcell polycarbonate, provide impenetrable protection for a building’s insulation. The natural ventilation is the result of an air gap; the convective motion is what keeps the insulation dry and free from weather penetration. Dry insulation is like a vaccination against damage for a building; it prevents structural problems from developing and it also prevents the penetration of moisture, which can turn into mold and cause a variety of health concerns, particularly for people who suffer from respiratory conditions such as asthma or allergies.

Cladding and Creativity Make An Unbeatable Combo

Cladding clearly plays an important role in the life of a building. But for architects, it also has a cosmetic part to play. That’s because Danpal cladding, which comes in an impressive array of colors and designs, gives a building a creative identity. Add in the generous customization options—Danpal cladding can be customized up to the standard length of 12.0m—and you can understand why architects are so enthusiastic about our product.

Color is an amazing esthetic advantage, but Danpal doesn’t stop there. We’ve pioneered what’s known as daylight architecture, which means that natural light is easily added to a design that uses Danpal cladding. With cladding that protects your building’s interior from the invasion of moisture while enhancing the inside with the benefits of natural light, the finished result is both structurally supported and esthetically enhanced, for a result that’s sure to please.

Cladding Keeps Weather Where It Belongs

Danpal is in the business of providing products that meet your needs. From conforming to building regulations to surpassing industry standards to designing with function and beauty in mind, Danpal has a proven track record for excellence. At Danpal, we never lose sight of the fact that first of all, a building product has a purpose. We’re equally committed to the esthetics of a building so that with our products, its appearance and its function blend together for a finished result that works for everyone. However, if a building, no matter how functional and no matter how beautiful, fails to keep out moisture, it’s not going to be around very long.

Choosing high quality cladding is key to keeping moisture out of your building. Cladding is the part of a structure that’s placed on the exterior to protect the wood or the brick, creating a barrier between the weather and the building. When choosing the cladding that’s right for you, remember that you’re looking for a product that can stand up to the extremes of heat and cold.

When you make the right choice of cladding—the Danpal choice—you are making an investment today that’s going to last well into the future.

claddingThe Advantages of Danpal Cladding

Danpal’s connector-bound wall cladding is made of microcell polycarbonate panels. Microcell technology which is superior in strength, is three times lighter than other options available on today’s market. The panels are easy to install because the connections are made while the system is already supported, so there’s no need for additional framed support structures. Money, time and energy are saved in installation, a budget boost that pleases architects and clients both.

The double-notched cladding panels achieve a watertight level of impermeability that keeps the panels from being compromised by moisture. Remember what we said about moisture? If your building can be kept free of moisture, it’s going to be in good condition for a long time. Moisture in a structure leads to mold; mold isn’t healthy for a building or for its occupants. For people with respiratory ailments like asthma, or for those who suffer from allergies, mold is going to cause problems. But moisture, because it weakens the integrity of a structure, is also dangerous for buildings and can, in a worst-case scenario, lead to collapse.

The Ventilated RainScreen System

Wall cladding hits new heights of excellence in the Danpal Ventilated Rainscreen System (VRS). The system conforms to existing regulations, meets high quality standards, and can be used on a variety of buildings from stadiums to skyscrapers because it connects so readily with the structure. Architects prize the ease of installation and so do clients. But they also value the impressive assortment of features that make the ventilated rain screen system so attractive. In addition to its superior performance, the ventilated rain screen system is designed so that it adds visual appeal to wall cladding because Danpal offers so many options and colors.

Architects enjoy the freedom that the esthetic choices offer and the building shows what can result when there’s a wide range of choices.

Contact Danpal to discuss about cladding for your next architectural project.

Polycarbonate Sheets Beat Glass

Times and trends change, and the building industry changes right along with them. But some things never change. When you’re designing a building, you want the structure to maintain its function and strength for a very long time. Technology and Danpal’s research have brought about impressive advances in the building industry. If you’re looking for a building product that surpasses everything else in strength, you’re looking for polycarbonate sheets. But their superior performance doesn’t just include strength. They also help to keep a building well-insulated, resistant to weather, and attractive in appearance. Polycarbonate has transformed the building industry and you’ll be dazzled by what it can do for your structure.

Polycarbonate Sheets Beat the Competition

Polycarbonate is 200 times stronger than glass, yet it’s so flexible to work with that it makes customizing easy. It’s virtually unbreakable and has been hardened to withstand impressively high levels of resistance, unlike glass, which, as we all know, is prone to breakage. There was a time when glass was one of the most popular building products, but that was before polycarbonate, with its strength, versatility and ease of installation, came along.

Polycarbonate SheetsGlass also lacks the flexibility of polycarbonate sheets. It’s not as easy to install and it can’t be customized the way that polycarbonate sheets can. Architects who want the freedom to use a building product that adapts to their design enjoy working with polycarbonate.

You have two different options when choosing polycarbonate sheets. Solid polycarbonate, a flat, clear sheeting, resembles glass. Of course, since it’s polycarbonate, it may look like glass but doesn’t have the inherent weaknesses of glass. Multiwall polycarbonate is a structured sheet that has hollow air chambers. It doesn’t matter which version you select because both are equally strong and high in quality.

Insulation Protection in Action with Polycarbonate Sheets

Danpal’s Ventilated Rainscreen System has earned a reputation for being able to shield a building from the damage that weather can do. Polycarbonate sheets are the reason for the spectacular performance of VRS because of the way they insulate a building’s interior from rain, snow, and hail, which can cause terrible damage to a structure. VRS, with its weather-resistant exterior, has natural ventilation, thanks to an air gap, so that insulation stays dry. Dry insulation is vital for a building’s long-term life.

Polycarbonate Sheets Enhance Energy Efficiency

Household budgets are designed to pay bills. But if your insulation isn’t working properly, you’re going to have to budget for the cost of wasted energy. That’s because energy is escaping from the inside of your building and you’re paying for energy that you aren’t using. Buildings are already responsible for 40% of primary energy consumption in the world’s developed countries. The goal for industrial societies is to safeguard our planet by being aware of our energy usage. By building with polycarbonate sheets, you can keep energy usage under control so that household budgets reflect what’s actually used, and not what’s unintentionally wasted because of compromised insulation.