Improve Energy Efficiency with Draper Shades

Draper offers several ways to use window shades to improve energy efficiency and cut energy costs in buildings.

Draper offers several ways to use window shades to improve energy efficiency and cut energy costs in buildings.

In "Green Design", the proper selection of fabrics enable shades to play a valuable part in the building's overall energy efficiency, indoor environmental quality and safety.
Draper duplex shades reduce utility costs and control radiant heat. A duplex fabric is one fabric - with two differently colored sides. The exterior side of the fabric is light and reflects the sun's heat and brightness for thermal comfort and energy savings. The interior side of the fabric is darker and absorbs brightness, decreases glare and provides greater visibility to the outside, as well as UV protection.
Energy conservation issues can also be considered when selecting window shade fabrics. PVC free fiberglass and polyester fabrics are lighter in weight than PVC coated fabrics and as a result, they require fewer raw materials to manufacture. Also, unlike other fabrics, PVC free fabrics discharge no measurable off gassing into the indoor environment.
For more information on achieving energy savings with window shades, contact Draper, Inc. at (765) 987-7999, or visit www.draperinc.com.

Featured Product

Kipp & Zonen - Smart SMP Pyranometers

Kipp & Zonen - Smart SMP Pyranometers

Equipped with an extremely low power, smart interface the Smart SMP pyranometers offer industry standard digital and amplified analog outputs within the well-known CMP series housings. The output range is programmed so that all SMP pyranometers have identical sensitivities, allowing easy installation and exchange for recalibration. Serial communication allows access to measurement data, instrument status, operating parameters and calibration history. Building on the proven CMP Series design and technology that is used around the world, the new SMP pyranometers add digital signal processing and interfaces optimised for industrial data acquisition and control systems.