ST. PAUL, MINN.—New 3M Thinsulate Window Film Climate Control Series provides the traditional benefits of 3M Sun Control Window Film by rejecting heat and blocking harmful UV rays. But it also takes performance a step further to protect against heat loss during cold weather. The film has a patented construction that helps reflect more interior heat back into the room, improving personal comfort by reducing cold drafts near windows, which can help save on energy costs. The high visible light transmission provides a neutral appearance that does not change the look of a home or building.
“Window films have been proving their worth in residential and commercial applications since 3M received the first sun control window film patent 50 years ago, and Thinsulate technology has been used to insulate coats, gloves and blankets for nearly 50 years. Now, Thinsulate window film will be providing comfort, warmth and quality to the existing windows in our homes and buildings,” said Bill Pettit, Global Marketing Manager, 3M Renewable Energy Division. “With the year-round savings that are made possible by our Thinsulate window film, the advantages in all climates becomes even more compelling.” In fact, Thinsulate window film has been installed on the Minnesota Governor’s Residence. Because the residence is listed on the National Register of Historic Places and a publicly owned building, maintaining the existing appearance, character and windows at the facility was a critical mandate as was reducing energy consumption.
3M’s Renewable Energy Division (RED) is helping lead the way to a sustainable energy future. Critical advancements in 3M materials used in solar photovoltaic and wind turbine components are driving down the cost per watt, while improving scalability and reliability. 3M Window Films help control the sun’s heat and UV rays, enabling cooler, more comfortable vehicles and creating energy savings for business, government and residential buildings. The window films also provide added safety and security, during events such as attempted break-ins and large-scale external forces.
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