Product News: Architectural and Civil Engineering Products
Ribbon Windows offer single and dual thermal break options.
Press Release Summary:
May 24, 2016 - Available with single and dual poured-and-debridged thermal options, Therml=Block™ 900RW Series is designed for strip window applications in low- to mid-rise commercial buildings. Windows achieve U-Factor of 0.30 for thermal transmittance and frame condensation resistance factor of 72. Azon’s Lancer™ mechanical surface conditioning of aluminum extrusion cavity ensures long-term resistance to shrinkage of polyurethane barrier. Thermal framing is 2Â¼ in. wide with depths of 4Â½ or 6 in.
Original Press Release
Tubelite Introduces Therml=Block Ribbon Window
Press release date: May 19, 2016
“Designed for strip window applications in low- to mid-rise commercial buildings, 900RW ribbon windows save installation time and labor, while meeting model energy codes and supporting LEED® certification,” said Mary Avery, Tubelite’s marketing director. “Even in extreme cold climates, Therml=Block products provide superior energy and condensation resistance performance using multiple thermal barriers, while providing structural integrity and aesthetic flexibility.”
Tubelite’s 900RW ribbon windows have been successfully tested per the National Fenestration Council (NFRC) 102-14 procedure, achieving a U-Factor of 0.30 for thermal transmittance. They also successfully were tested per the American Architectural Manufacturers Association (AAMA) 1503-09 standard, achieving a frame condensation resistance factor (CRFf) of 72. The single and dual thermal break options allow designers to select appropriate thermal performance levels to meet their projects’ requirements.
Glass is positioned at the exterior of Tubelite’s frame and installed from the interior side. Azon’s Lancer™ mechanical surface conditioning of the aluminum extrusion cavity ensures long-term resistance to shrinkage of the polyurethane barrier.
The new 900RW Series high-performance, 2-1/4-inch-wide thermal framing is available in depths of 4-1/2 or 6 inches. Options are offered for slab edge covers. These ribbon windows may be specified as part of a complete offering of Therml=Block entrance, storefront and curtainwall systems, or individually as needed. They also are compatible with Tubelite’s aLuminate™ light shelves and Max/Block™ sun shades.
The aluminum used to produce all of Tubelite’s framing systems, light shelves and sun shades can be extruded using EcoLuminum™, a high recycled-content aluminum billet composition. The aluminum is finished in a choice of seven anodized finishes or 20 standard paint colors, or, upon request, blended and custom colors may be specified. Durable finishes reduce buildings’ maintenance costs and enhance long lifecycles.
Please visit www.tubeliteinc.com to learn more about Tubelite’s high-performance 900RW Series Thermal Ribbon Window’s design details, test reports, installation instruction and specific performance data. For an AIA-approved continuing education course on “Product Selection for Aluminum Fenestration” or other presentations, please email firstname.lastname@example.org or call 800-866-2227.
About Tubelite Inc.
Established in 1945, Tubelite celebrates 70 years of dependable service, fabrication and distribution of architectural aluminum products. Part of Apogee Enterprises, Inc., the company is an industry leader in eco-efficient storefront, curtainwall and entrance systems, and recognized for its fast, reliable and consistent delivery. Tubelite’s corporate office, fabrication, warehouse and shipping operations are located in Walker, Michigan. Its Dallas location provides additional fabrication, warehouse and shipping operations and its facility in Reed City, Michigan, houses the company’s aluminum extrusion operation.
Tubelite and its staff are members of the American Architectural Manufacturers Association (AAMA), the American Institute of Architects (AIA), the Construction Specifications Institute (CSI), the Glass Association of North America (GANA), the National Fenestration Rating Council (NFRC), the Society of Military Engineers (SAME) and the U.S. Green Building Council (USGBC).