Thanks to half a century in the building industry, Danpal is in an ideal position to observe the changes that have taken place as new products emerge on the market. Construction today isn’t nearly the same as what it was even a couple of decades ago and not all companies have been able to keep pace with the dramatic flow of innovation that characterizes today’s building designs. In addition to the changes that have been brought about by dynamic new products and technologies, we’ve also seen public awareness change as consumers strive to live their lives and build their buildings with sustainable practices that don’t harm the environment or public health. Not all companies have been on board with this philosophical change. Danpal however, has made its commitment to research and development the foundation of its company code and its success reflects the wisdom of this decision. One of those innovations, polycarbonate, has transformed the way that buildings are built and Danpal has been on board with the changes that have come as a result.
Cutting-Edge Innovation: Polycarbonate Standing Seam Panels
You may not realize it, but polycarbonate standing seam panels have been used all over the world to build athletic arenas, industrial sites, educational centers, and health and commercial venues. Witnessing first hand the advantages of this dynamic product, Danpal was the first company to develop the Danpalon® translucent panel standing seam system used by these diverse structures. But being first is a tradition with Danpal, which leads the way in adapting the building industry.
You may not realize it, but polycarbonate standing seam panels have been used all over the world to build athletic arenas, industrial sites, educational centers, and health and commercial venues. Witnessing first hand the advantages of this dynamic product, Danpal was the first company to develop the Danpalon® translucent panel standing seam system used by these diverse structures. But being first is a tradition with Danpal, which leads the way in adapting the building industry.
Moving the Building Industry Forward with Polycarbonate
Polycarbonate standing seam panels have surpassed glass and metal U-panels in popularity and have transformed the market. Polycarbonate has so many advantages that it quickly inspired the enthusiasm of architects and designers who value its durability but also prize it for its creativity.
Polycarbonate standing seam panels have surpassed glass and metal U-panels in popularity and have transformed the market. Polycarbonate has so many advantages that it quickly inspired the enthusiasm of architects and designers who value its durability but also prize it for its creativity.
What Makes Polycarbonate Standing Seam Panels So Superior?
There’s a unique originality that polycarbonate standing seam panels provides, and its one that inspires architects to let their imaginations soar through their designs. Polycarbonate standing seam panels come with extruded translucent panels that have a vertical standing seam on both ends. The panels are interlocked with a snap-on connector; the retention clips, which are made of stainless steel, are concealed. The system is free-floating, which allows each of the components to contract and expand according to its own rate. Waves and deflections are eliminated. During the expansion and contraction process, the polycarbonate’s structural properties are maintained.
There’s a unique originality that polycarbonate standing seam panels provides, and its one that inspires architects to let their imaginations soar through their designs. Polycarbonate standing seam panels come with extruded translucent panels that have a vertical standing seam on both ends. The panels are interlocked with a snap-on connector; the retention clips, which are made of stainless steel, are concealed. The system is free-floating, which allows each of the components to contract and expand according to its own rate. Waves and deflections are eliminated. During the expansion and contraction process, the polycarbonate’s structural properties are maintained.
Designing with Daylight and Polycarbonate
Sometimes, the newest thing on the market is a product that enhances what has been available sinced time began. That’s the case with polycarbonate, as architects have discovered that it enables them to become more creative with the tools they’re working with. Architects love to work with natural light, envisioning daylight as one of the most transforming entities in their design process. They prefer products that are flexible and easy to work with because the end result shows a finished product that fulfills its purpose but also nurtures the human spirit.
Sometimes, the newest thing on the market is a product that enhances what has been available sinced time began. That’s the case with polycarbonate, as architects have discovered that it enables them to become more creative with the tools they’re working with. Architects love to work with natural light, envisioning daylight as one of the most transforming entities in their design process. They prefer products that are flexible and easy to work with because the end result shows a finished product that fulfills its purpose but also nurtures the human spirit.
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