Energy-Saving Glass Using Heat Mirror Suspended Film Technology

Southwall Technologies Inc., the worldwide innovator of energy-saving films and glass products, announced today that it will supply the high performance insulating glass for InnovisionTM Windows, a new line of residential and commercial-grade fiberglass windows introduced last week by Owens Corning, Inc., the world’s leading manufacturer of fiberglass insulation and building materials. Southwall Insulating Glass, a joint venture company formed by... 

SABIC Innovative Plastics New Lexan Thermoclear Sheet Offers Superior Thermal Insulation for Glazing, Helping Customers Reduce Energy Costs

The cost of heating and cooling is reaching new levels, causing builders to look for new alternatives to increase the energy efficiency of residences and commercial buildings. A traditional route is installing multi-pane glass windows. However, besides being heavy, breakable and challenging to install, glass is falling behind in the drive for higher insulation values. To address these drawbacks, SABIC Innovative Plastics has developed a new 9-wall... 

Southwall’s Heat Mirror(R) Insulating Glass Enables Window Performance Today That Exceeds Energy Star(R) Standards Proposed for 2013

Southwall Technologies, Inc., the worldwide innovator of high performance, energy-saving films and glass products, announced today that windows using the company’s energy-efficient Heat Mirror insulating glass already meet and exceed the new US Department of Energy (DOE) Energy Star window performance standards proposed for 2013. To achieve its charter of establishing a level of energy efficiency that will transform the market and address America’s... 

Serious Materials Introduces ThermaRock(TM) Energy-Saving Drywall

Serious Materials announced its new line of ThermaRock energy-saving drywall. ThermaRock XI (eXtreme Insulation), reduces energy costs up to 30%, with potential savings of $1,700 per panel over the life of the product. ThermaRock XI provides an insulation R-value of up to R4.1, compared to an R value of 0.5 for typical gypsum drywall. This dramatically higher R-value substantially reduces heat transfer through un-insulated or insulated exterior walls,...