Wednesday, December 24, 2008

New Window Nearly Triples Energy Efficiency - New Twin Cities Dealer Named

Preservation Window Company, a subsidiary of American Materials, Inc., has developed the most energy efficient window on the market today. The change in energy efficiency is not incremental, it is a huge leap. The documentation given is remarkable.

The main reason for the huge change is a break-through in glass technology. Preservation's EnergyMaxx 10 glass is the first of its kind in the marketplace. It combines the properties of the SST Spacer system, triple-pane glass, new Low E coating technology, and the use of krypton gas between the panes of glass.

In 2006 sixty million window units with metal spacer systems and argon gas were sold in the United States. Those windows were state-of-the-art at the time but two years later they will be rendered obsolete in terms of energy efficiency. In fact, the Energy Star Program has set new minimum standards for windows manufactured in 2015. None of the aforementioned sixty million window units would be a certified product at that point. Preservation Windows with EnergyMaxx 10 glass already meets the 2015 standard.

The Preservation brand is distributed by a group of dealers considered to be the elite among home improvement contractors around the United States. Today it was announced that Northland Home Exteriors from Forest Lake and Oakdale, Minnesota has become the "Dealer of Distinction" for the Twin Cities area. They are the 22nd such dealer in the country.

According to Doyle Land, owner of Northland Home Exteriors, "This window is not only exciting for us, it's exciting for the whole northern region of the country." He goes on to say "Preservation is the only window I know of that will absolutely guarantee a 33% decrease in the homeowner's fuel consumption. It's in writing and it's a money-back guarantee."

Northland Home Exteriors begins distribution Monday, January 10.

Having an energy efficiency improvement like this doesn't happen every day. It is a much larger jump than we've been used to.

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