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Physical and Mechanical Properties of Modified Continuous Basalt Fiber for the Production of Polymer Composite Materials: Experimental Study
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This engineering study tested a nanomodifier additive in lubricant formulations used during the production of composite polymer fibers. Adding the modifier at optimal concentrations improved the physical and mechanical properties of the resulting materials by 12-25%.
The possibility and technical efficiency of the use of the FA-513 nanomodifier in the formulations of lubricants (Nos. 76 and 4S) are confirmed. The optimal concentrations of FA-513 are found with an impregnation method for lubricants in the production of microplastics. The resulting microplastics exhibit increases in physical and mechanical properties of 12–25%.
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This study examines how adding epoxy oligomer and elastifier (rubber) modifiers affects the properties of an epoxy anhydride binder and the resulting microplastic composite based on basalt roving, identifying optimal modifier content ranges.
Study of the Curing of Basalt-fibre-reinforced Plastic Based on a Phenol–formaldehyde Binder
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This study examines the curing kinetics of phenol-formaldehyde binders in basalt fiber microplastics using mechanical spectrometry, finding that reducing the degree of curing to 0.5-0.6 in the forming channel with subsequent heating can increase pultrusion rates.
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Physical-mechanical properties of andesite-dacite fibers and their modifications
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Andesite-dacite volcanic rock fibers were characterized for elastic and mechanical properties, showing strength characteristics comparable to non-alkaline glass and basaltic fibers when fabricated into unidirectional composite microplastics. This materials characterization study of mineral fiber composites is unrelated to environmental microplastic pollution or health impacts.
Comparative Study of the Impregnability of High-Strength Glass and Basalt Fibers
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