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Asbestos reinforced plastics -- Effect of fiber orientation
Experimental study with amphibole asbestos reinforced phenolic composites for heavy duty corrosion resistance to determine effect of fiber orientation -- parallel and perpendicular to length and random -- on tensile strength, compressive strength, modulus, thermal expansion and swelling in solvents; effect of reinforcement surface chemistry as related to particular polymer which surrounds it in terms of composite's properties, is discussed.
Asbestos reinforced plastics -- Effect of fiber orientation
Experimental study with amphibole asbestos reinforced phenolic composites for heavy duty corrosion resistance to determine effect of fiber orientation -- parallel and perpendicular to length and random -- on tensile strength, compressive strength, modulus, thermal expansion and swelling in solvents; effect of reinforcement surface chemistry as related to particular polymer which surrounds it in terms of composite's properties, is discussed.
Asbestos reinforced plastics -- Effect of fiber orientation
Soc Plastics Industry -- Annual Technical Management Conference -- Proc
Ohsol, E.O. (author) / McWhorter, P.L. (author)
Proceedings of the 19th SPI -- Annual Technical and Management Conference ; 1964
1964
4 pages
Conference paper
English
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