Abstract
Absorbed Glass Mat (AGM) waste filaments are waste staple fibers from the production of AGM functional paper. Incorporation of AGM waste filaments into solid waste based curing agents, the experimental results showed that the maximum increase in compressive strength and flexural strength of the cured specimens was achieved when 5% mass fraction AGM waste filament was added with compressive strengths of 9.87 MPa and 10.96 MPa at 7 d and 28 d, respectively, representing an increase of 15.57% and 17.34% compared to the unadulterated one. The flexural strength was increased by 53.55% and 49.71% compared with that of the unadulterated AGM waste filament. The strength enhancement effect of mixing different shapes of AGM waste filaments is higher than that of mixing each shape alone, which proves that AGM waste filaments have a mixed enhancement effect.
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