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Abstract
This report describes the results of the second phase of a study to develop a field test method for assessing the friability of spray applied fireproofing and thermal insulating materials. Phase 2 is the laboratory evaluation of the prototype devices for conducting surface and bulk compression/shear, indentation, abrasion, and impact tests. These tests were performed on specially prepared fireproofing materials, produced to have a range of firabilities. Differences in response of the test samples to dislodgment or indentation were observed in the tests.
This report describes the results of the second phase of a study to develop a field test method for assessing the friability of spray applied fireproofing and thermal insulating materials. Phase 2 is the laboratory evaluation of the prototype devices for conducting surface and bulk compression/shear, indentation, abrasion, and impact tests. These tests were performed on specially prepared fireproofing materials, produced to have a range of firabilities. Differences in response of the test samples to dislodgment or indentation were observed in the tests.
Date
11/1988
11/1988
Author(s)
W Rossiter Jr.; W Roberts; R Mathey
W Rossiter Jr.; W Roberts; R Mathey
Page(s)
79
79
Keyword(s)
abrasion; asbestos containing material; compression; fireproof; friability; impact; shear; thermal insulation; test methods
abrasion; asbestos containing material; compression; fireproof; friability; impact; shear; thermal insulation; test methods