Danpal Roofing Systems Keep Weather Away From Insulation

Danpal’s motto, Global Vision, Local Focus, explains a lot about how the company does business. They’re leaders in the building industry but they never forget that buildings are for people to use and to live in. Nor do they forget that a building and the people who occupy it are part of a much larger network of human beings who all depend upon the environment in which we all live. With that perspective, it’s easy to understand why Danpal has never been content during its half-century of existence, to just maintain the status quo. At Danpal, research and development are always underway to find ways to make even better products that meet customers’ needs and protect the environment. That concern is part of the reason that Danpal roofing systems are so highly regarded in the industry.

DANPAL ROOFINGROOFING SYSTEMS THAT IMPROVE THE QUALITY OF LIFE

That might sound like a lot to ask of a roofing system, but for Danpal, buildings exist to serve the people who live and work in them. One of the ways that a Danpal roofing system improves the quality of life is because of the way it incorporates natural light into the interior of the building. Danpal has pioneered the innovative concept of daylighting architecture and with that innovation, buildings feature natural light. Natural light is important for everyone and having it inside a building is another way that the roofing system enhances the quality of life for the people who occupy it. The workspace nurtures a more productive environment for the occupants both in terms of their tasks and their wellbeing.

A ROOFING SYSTEM THAT PROTECTS INSULATION

The key factor in your building’s performance is maintaining the integrity of its insulation. If weather invades and moisture manages to penetrate the exterior of your building, the result is a reduction in the insulation of the insulation, a loss of energy efficiency, the threat of mold and the potential collapse of the building. When you consider all the things that could happen if insulation is compromised, it’s easy to understand why Danpal roofing systems are so adept at protecting it. The panels in a Danpal roofing system have a unique cell structure that enables them to deliver more efficient thermal insulation. This improved efficiency is confirmed by the improved “U” and “R” values.

HOW DANPAL ROOFING SYSTEMS WORK

If weather were easier to get along with, roofing systems could relax. But as long as the skies open up to release torrential downpours or blinding snowstorms, hail and winds, roofing systems must be vigilant. Fortunately for buildings, Danpal roofing systems are made with microcell technology. The microcell structure offers high resistance to impact, standing seams, and a double-tooth grip lock connection. That’s the kind of force that’s required for a roofing system to prevail against weather. The roofing system’s Danpalon panels are designed to maintain the integrity of the roof for well into the future because of their co-extended UV protection.

There’s less aggravation when it comes to working with and installing a Danpal roofing system. Because the system uses snap-on, dry-glazed connectors made of aluminum or polycarbonate, they’re light in weight and flexible. The ease of installation means that less time has to be spent in the process, something that clients will appreciate because it means there’s less inconvenience involved.

Modern Architecture Solves Local Need

The Lusitania Paz de Colombia located in Medellin, Antioquia, Colombia, is a model of modern architecture. Lead architect, Camillo Avellaneda, explains the rationale behind the structural design.

Lusitania Paz De Colombia is very much in keeping with these goals. Nestled in the curve of the hills on one side, and presenting a modern façade on the street side, this lovely building incorporates basic geometric shapes – circles and a rectangle – that blend with the local terrain and accommodates the climate. Environmental considerations were paramount in the design since it connects with a large park and is very near a major waterway.

Lusitania The building, which uses materials from Danpal, incorporates white and translucent façade, relieved by splashes of strong color. One of the unique attributes of the Danpal Façade System is its ability to admit natural lighting while diffusing it to admit natural light without glare and without excessive solar heat gain. This allows architects to play with the way light behaves inside the building while providing shade against the strongest hours of sunlight.

The rectangular classroom, which attaches to the top of a circular section that nestles into the natural curve of the hills, is shaded by a translucent shell with created of an open-work of geometrical shapes made from 16mm Danpal Opal Carbonate panels. Medellin is located near the equator where strong sunlight is a factor in architectural planning. The Danpal Façade System makes it possible to provide shading and the opportunity for breezeways without sacrificing natural lighting in classrooms.

The central part of the building, a stack of three circular levels that house the administrative and instructor offices, the libraries and a laboratory preschool, is topped with a recreation area. A central well is drilled down through the circular layers of this structure and affords an open area for sheltered greenspace as well as an interior stairwell. Off-centered is another round structure that houses the auditorium and cafeteria. The playground can be approached from this side of the building or it can be accessed via a sweeping stair from the park side.

A video, “Seguimos entregando mejores espacios para aprender” from the National Education Ministry  shows a beautiful view of the completed building. It also features interviews with parents and children who are enjoying the new facility. The excitement on their faces leaves little doubt of the success of this beautifully designed learning space.

Colegio Lusitania Paz de Colombia is an example of architecture incorporates local geography with an advanced design to create efficient solar and thermal performance. The combination of polycarbonate and glass provides an inviting space for learning and for community activities. The school provides educational and cultural activities for hundreds of youngsters living in the city. The excitement the community feels about their building can be seen in the art work students have created to celebrate the school’s first year anniversary. The bright, diamond-like shapes of the façade are prominently featured in their drawings.