Pultruded Fiberglass Windows (Removed)
This course is no longer active. AEC Daily will not report completion information for this course.
Window frames offer many important benefits for buildings, especially when it comes to energy and environmental performance, and frame material selection is a critical aspect of the design process. This course discusses pultruded fiberglass window systems and compares them with traditional wood, aluminum, and PVC window systems across a wide variety of performance attributes.
Upon completion of this course, the Learner should be able to:
- Explain the fiberglass pultrusion process and the properties of pultruded fiberglass that make it an ideal product for the fenestration industry.
- Compare and evaluate the performance characteristics of fiberglass, wood, aluminum, and PVC window systems and determine their impact on the design goals of a project and the environment.
- Compare fiberglass window systems to wood, aluminum, and PVC window systems in terms of their “green” characteristics including embodied energy, energy efficiency, toxicity and indoor and outdoor environmental issues.
- Describe the AAMA performance standards, the National Fenestration Council’s procedures and ratings, and the ENERGY STAR® program, and use these standards and ratings to specify product type, based on performance level and key performance attributes.
Approximately 2 hours. Delivered online, at your own pace.
Presented by George Casselman on behalf of Inline Fiberglass Ltd.. View the Privacy Policy .
Presenter Information
Name: George Casselman
Title: Consultant, Inline Fiberglass Ltd.
Background: George Casselman has been in the window industry for over 40 years, in positions of management, sales, product design, and testing. He has actively participated in the windows' industry standards holding positions of Chairman of Canadian Advisory Council to International Standards Organization (ISO) – Windows, past Chairman Canadian Standards Association A-440 Windows, American Architectural Manufacturing Association (AAMA), founding Member and past Chairman of Ontario Building Envelope Council, and Member of Canadian Hospital Engineering Society. He has written papers related to the window industry in trade magazines, been a public speaker to the window industry and government, and taught courses related to windows and material engineering to universities and colleges.
