Abstract
The behavior of high-strength, high-modulus filled fibers based on aromatic polyamide with heterocyclic fragments was investigated at high temperatures. It was shown that a slight shift in the critical points on the thermomechanical curves to the region of higher temperatures is characteristic of fibers filled with rare-earth element oxides. The glass transition temperature, heat resistance, and thermal stability increase in the filled fibers. These changes are characteristic of fibers containing more than 10 wt. % filler.
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