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Abstract
This report gives the results of a two-phased research program sponsored jointly by the National Roofing Contractors's Association and the Trumbull Division of the Owens-Corning Fiberglas Corporation. The primary objective was to study the relationship among application temperature, asphalt viscosity and the interply quality of asphalt used in the construction of built-up roof membranes. Phase I addressed hand-mopping and mechanical-spreader applications under controlled ambient conditions in Summit, Illinois. Phase II was conducted under actual on-the-roof ambient conditions on industrial buildings located in Tulsa, Oklahoma, and Lyman, South Carolina. The complete and detailed reports of the two phases are included as Attachment I and Attachment II of this report. Each report contains: (1) Description of Tests; (2) Test results including Tables and Figures; (3) Conclusions; and (4) Recommendations.
This report gives the results of a two-phased research program sponsored jointly by the National Roofing Contractors's Association and the Trumbull Division of the Owens-Corning Fiberglas Corporation. The primary objective was to study the relationship among application temperature, asphalt viscosity and the interply quality of asphalt used in the construction of built-up roof membranes. Phase I addressed hand-mopping and mechanical-spreader applications under controlled ambient conditions in Summit, Illinois. Phase II was conducted under actual on-the-roof ambient conditions on industrial buildings located in Tulsa, Oklahoma, and Lyman, South Carolina. The complete and detailed reports of the two phases are included as Attachment I and Attachment II of this report. Each report contains: (1) Description of Tests; (2) Test results including Tables and Figures; (3) Conclusions; and (4) Recommendations.
Date
9/1988
9/1988
Author(s)
NRCA
NRCA
Page(s)
1-48
1-48
Keyword(s)
mopping; asphalt; glass; fiber
mopping; asphalt; glass; fiber