Prefabricated construction is advancing in vertical segments from hospital to government, and hospitality to office and beyond. Prefabrication firms are expanding, and new design-build business models, including their own prefabrication factories, are disrupting traditional building approaches with significant success. The benefits of prefabrication, including time savings and improved quality over traditional on-site construction methods, are now being extended to larger components of construction projects including interior and exterior walls and the building envelope. This session will explore how prefabrication can address common issues associated with traditional building envelope construction including weather delays, crew safety, quality control, labor shortages and subcontractor scheduling. We’ll examine how traditional methods of WRB-AB application in prefabrication impact lean manufacturing productivity objectives. We’ll explore the impact integrated sheathing solutions have on prefabrication productivity due to the integration of the WRB-AB during product manufacturing. Because transport and delivery of undamaged prefabricated building envelope panels is a notable challenge, we’ll compare the risks associated with externally applied WRB-ABs and integrated sheathing options.
- Discover how prefabrication offers productivity advantages for the building envelope.
- Discuss how prefabrication can address common issues at the job site including weather delays, crew safety, quality control, labor shortages and scheduling.
- Explore how traditionally applied WRB-AB and integrated WRB-AB sheathing solutions are impacting lean manufacturing productivity goals.
- Compare WRB-AB integrated sheathing solutions transportability from prefabrication factory to the job site.
John Chamberlin is the Senior Product Manager at Georgia-Pacific responsible for the DensElement® Barrier System. Mr. Chamberlin has worked in the building products industry for his entire career with most of his work focusing on new product development for disruptive technologies in the building envelope space. Mr. Chamberlin is actively involved in the building industry, serving as a member of multiple committees and former director for the board of the Air Barrier Association of America and a frequent attendee of his local Building Enclosure Council. Mr. Chamberlin graduated from the University of Tennessee with a Bachelor of Science degree in Marketing and later received his M.B.A. from Emory University.