A Cambridge Architectural Parkade™ metal fabric system functions as a cost-effective exterior cladding solution with dramatic visual appeal at the new Home Depot® store in Jersey City, NJ. The well-known retailer stands at the edge of the booming town at the base of the Holland Tunnel where over 100,000 cars pass daily. This prominent location led to the desire for a visually appealing yet durable and cost-effective exterior cladding material to wrap the store’s adjacent two-story, 600-space parking facility. A sophisticated Parkade metal fabric system from Cambridge Architectural offers the perfect solution – integrating well with other building materials used on the building, while at the same time offering a distinctive look. Approximately 14,700 sq. ft. of woven metal fabric was used to create the Parkade system, which lends ventilation, solar shading and decreased light pollution to the structure. Construction was completed during the fall of 2007, in time for the Home Depot store to celebrate its grand opening on November 1, 2007. SBLM Architects, New York, NY, served as project architect while Hunter Roberts Construction Group, Bedminster, NJ, served as general contractor. Visit Cambridge Parkade to see more innovative projects, or to learn about specifying a Cambridge Parkade system for your next parking structure. Request a budgetary quote, additional information or a visit from a Cambridge Architectural sales representative today. For more information visit www.cambridgearchitectural.com, call 1-866-806-2385 or email lwindsor@cambridgearchitectural.com.

Earn 1 Credit with the AIA A 1-credit hour AIA/CES learning unit is now available from Cambridge Architectural on the topic of the history and uses of architectural mesh. This program is free of charge and offered in your choice of two convenient formats — online or in-person as a lunch-and-learn presentation. Cambridge Contributes to the Nation’s Tallest Green Office Building Cambridge LandscapeInteriors™ system greets visitors in the dramatic glass-encased 975-foot Comcast Center in Philadelphia, PA – designed to achieve LEED® certification from the USGBC. The architectural mesh covering the main lobby desk complements the futuristic feel of the giant high-definition video wall behind it, while the elevator and walls clad in Cambridge mesh benefit from its high style, durability and sustainability. To learn more about Cambridge’s contributions to sustainable design, visit their booth, #969 at Greenbuild in Boston, November 19–21.

Cambridge is Open to Your Ideas Cambridge Architectural is proud to announce the unveiling of its brand new product lines and accompanying literature. It is our pleasure to give you the first glimpse of Cambridge’s newest architectural mesh systems, re-invented to suit our most innovative interior and exterior applications. You’ll find that Cambridge metal fabric is more versatile than ever, facilitating almost any design need imaginable. Click here to explore our new systems. We hope you will be impressed with and inspired by our new metal fabric systems, which make it easier than ever to identify how Cambridge can help you with your specific architectural needs. Visit Cambridge Architectural to view all of our latest system literature. Cambridge Architectural, the world's most experienced – and only – full-service provider of functional and visually intriguing metal fabric solutions for interior and exterior building applications welcomes highly challenging building projects, environments and budgets. Cambridge is the only building product manufacturer to offer full system design, engineering and collaboration from concept through installation. Cambridge metal fabric solutions are categorized by the primary application the solution serves. These include: Parkade™, Solucent™, LandscapeInteriors™, MeshFX™, MeshDefense™ and Meshellaneous™ For more information visit Cambridge Architectural and/or call 1-866-806-2385. 105 Goodwill Road, Cambridge, MD 21613    |    Toll Free: 866-806-2385    |    Fax: 410-901-4979 © 2008 Cambridge Architectural. All Rights Reserved.    |    Unsubscribe