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aromatic polyamide, metal-containing polymers, aluminum, nickel, titanium, physical and mechanical properties, tribotechnical characteristics, application.

The article examines the impact of metallic fillers on physical and mechanical properties of aromatic polyamide phenylone. It is shown that under the influence of fillers phenylone structure is partially subject to structuring effects, thereby improving its mechanical and tribological characteristics. Also, the article discusses the possibility of applying the developed metal-containing polymers in friction knots of machines and mechanisms. Some practical examples of application and profitability of replacing traditional materials with the developed metal-containing polymers are cited.

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The article examines the impact of metallic fillers on physical and mechanical properties of aromatic polyamide phenylone. It is shown that under the influence of fillers phenylone structure is partially subject to structuring effects, thereby improving its mechanical and tribological characteristics. Also, the article discusses the possibility of applying the developed metal-containing polymers in friction knots of machines and mechanisms. Some practical examples of application and profitability of replacing traditional materials with the developed metal-containing polymers are cited.