Effect of Filler and Apprete on Polymer Composites Based on Polyethylene and Natural Mineral Rock
DOI:
https://doi.org/10.52171/herald.377Keywords:
natural mineral rock, polyethylene, polymer composite material, heat resistance, alloy flow index, tensile strengthAbstract
This article presents research conducted on adding modifiers containing natural minerals to a polymer matrix as fillers, resulting in higher-quality products when creating next-generation polymer composites. High-density polyethylene was used as the polymer matrix, the natural mineral Kalbajar stone was used as the modifier, and a laboratory-synthesized acrylic acid-hexene-1 copolymer was used as the topcoat. Composite samples were obtained in various component ratios, and a number of physical, mechanical, and thermophysical properties of the resulting materials were studied, yielding satisfactory results. It was established that a number of factors are important for producing products with high performance properties, including the stereoregular structure of the polymer, the dispersion of the filler, and the functionality of the topcoat. The resulting polymer composite materials are considered environmentally and cost-effective.
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Copyright (c) 2026 N.A. Alimirzaeva, V.J. Jafarov, M.A. Manafov, S.A. Bektashi, G.J. Ismailova, G.H. Musaeva, M.J. Rajabova, S.M. Khalilova
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