Cascade Architectural Introduces Fabricoil™ Systems, A Beautiful New Design Option that’s Affordable and Sustainable

November 04, 2014

TUALATIN, OR… Cascade Architectural introduces Fabricoil™ architectural coiled wire fabric systems – interlocked strands of coiled wire formed into flexible fabric and engineered attachments for interior and exterior architectural applications. For more information about Fabricoil systems, visit: www.fabricoil.com. “Fabricoil systems look and perform like woven metal mesh, but have a far lower installed cost,” says Ronald Schoenheit, Founder and CEO of Cascade Coil Drapery, Inc. “As a result, their affordability allows architects and designers to flex their creativity, create signature buildings and turn projects with even very modest budgets into something special.” Fabricoil coiled wire fabric is manufactured in a wide variety of metals, gauges, scales, finishes and colors. Metals include but are not limited to aluminum, steel, stainless steel, brass, copper and titanium. Fabricoil engineered attachment systems are primarily manufactured from steel. Cascade Architectural provides a wide array of Fabricoil system finish options: • low-VOC metallic lacquer finishes to meet specific application and design requirements; • designer metallic powder finishes; • durable acrylic lacquer coatings available in a wide range of custom colors that can be matched to color chips; and • anodized finishes for aluminum products. Fabricoil systems are 100 percent recyclable, part of the Living Building Challenge Declare labeling program and have been scientifically proven to save energy when used for shading applications - both interior as window drapery or exterior as shades. Fabricoil systems reduce direct sun penetration even in zero percent fullness mode. Testing confirms that, when used as an interior window treatment, Fabricoil systems reduce energy consumption by up to 5.7 percent while preserving views and introducing daylight. Tests also demonstrate that the product delivers reduced energy consumption by as much as 21.3 percent in an exterior application.

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