Adhesion-Strength and Tribotechnical Properties of Machine-Building Composite Polymer Coatings

EasyChair Preprint 5227

Abstract

The article presents the results of studies of adhesive, strength and tribotechnical properties of composite polycaproamide polymer materials and coatings based on them for mechanical engineering purposes. It has been established that the relative change in the adhesion strength depends on the degree of filling in air and in argon has an extreme character passing through a maximum for coatings based on PCA with aluminum oxide, and for coatings made of PCA with copper oxide it has a complex character. The process of formation of adhesive, strength and tribotechnical properties of filled polycaproamide coatings was also studied. At the same time, it was found that by adjusting the temperature-time technological modes, it is possible to increase the adhesive, strength and tribotechnical characteristics of composite polycaproamide coatings for machine-building purposes

Keyphrases: Polycaroamide (PCA), adhesion, dispersion, metal preheating temperatures (MPT), redox

@booklet{EasyChair:5227,
  author    = {Soyibjon Negmatov and Nodira Abed and Tulqun Ulmasov and Mamarayim Karshiyev and Zoxidullo Makhammadjonov and Otabek Abdulayev and Muqaddas Matsharipova and Ozoda Sabirova},
  title     = {Adhesion-Strength and Tribotechnical Properties of Machine-Building Composite Polymer Coatings},
  howpublished = {EasyChair Preprint 5227},
  year      = {EasyChair, 2021}}