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Vol. 12 No. 12 (2025)
International Multidisciplinary Journal for Research & Development

Articles

ADVANCED TECHNOLOGY FOR DEVELOPING WEAR-RESISTANT COATINGS FOR MOLDS OF REINFORCED CONCRETE PRODUCTS UTILIZING INNOVATIVE COMPOSITE POLYMER MATERIALS

Published 2025-12-25

  • Mukhitdinov Muzaffar Baxtiyorovich, Khamidov Muhammadali Shodmonali ugli

Mukhitdinov Muzaffar Baxtiyorovich, Khamidov Muhammadali Shodmonali ugli
PhD, Associate Professor (Namangan State Technical University), Master’s Student (Namangan State Technical University)

Abstract

This article presents methods for increasing the durability of wear-resistant composite polymer materials and the development of technology for producing coatings from them for equipping architectural and artistic reinforced concrete products

Keywords

Metal equipment, wear resistance, adhesive strength, physical and mechanical properties, coatings, thermosetting polymer, epoxy resin, coating, reinforced concrete products

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References

  1. Negmatov, S. S., Abed, N. S., Ulmasov, T. U., Alikabulov, Sh. A., Rajabov, Yo. S. U., & Mukhiddinov, M. B. (2022). Study of the influence of operating modes of metal tooling on the wear resistance of composite polymer materials. Universum: technical sciences, (11-5 (104)), 54-59.
  2. Alikabulov, Sh. A., Rajabov, Yo. S., Abed, N. S., Mukhitdinov, M. B., Kamolov, Yo. O., & Ulmasov, T. U. Application of composite polymer materials in molds to improve the production efficiency of reinforced concrete building structures. Composite Materials, 169.
  3. Radzhabov, E. S., Alikobilov, Sh. A., Negmatov, S. S., Kamolov, T. O., Mukhitdinov, M. B., & Ulmasov, T. U. Comprehensive analysis of the current state of reinforced concrete forming equipment in the production of building structures and products, ways to improve their efficiency. Composite Materials, 172.
  4. Negmatov, S. S., Abed, N. S., Imomnazarov, S. K., Alikobilov, Sh. A., Umirova, N. O., & Mukhitdinov, M. B. & Ulmasov, TU Study of the influence of the content of various fillers on the wear resistance and other physical and mechanical properties of composite epoxy polymer materials. Composite Materials, 72.
  5. Mukhitdinov, M. B. (2023). INFLUENCE OF THE CONTENT OF VARIOUS FILLERS ON THE WEAR RESISTANCE OF COMPOSITE POLYMER MATERIALS. Journal of Integrity in Ecosystems and Environment, 1(4), 40-54.
  6. Mukhitdinov, M. B. (2023). DEVELOPMENT OF OPTIMAL COMPOSITIONS OF COMPOSITE POLYMER MATERIALS FOR COATING THE WORKING SURFACE OF MOLDS IN THE PRODUCTION OF REINFORCED CONCRETE PRODUCTS. Universum: technical sciences, (12-3 (117)), 52-56.
  7. Mukhitdinov, M. B. (2023). Journal of new century innovations, 43(1), 180-191.
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