THE THEORY OF OBTAINING POLYMER CONCRETES WITH THE ADDITION OF CHEMICAL ADDITIVES OBTAINED ON THE BASIS OF INDUSTRIAL WASTE

Authors

  • Mazhidov S.R Doctor of philosophy (PhD) in Technical Sciences, Tashkent Institute of Architecture and Civil Engineering, Departments of “Building Materials and Chemistry”
  • Juraeva F.D Doctor of philosophy (PhD) in Technical Sciences, Tashkent Institute of Architecture and Civil Engineering, Departments of “Building Materials and Chemistry”

Keywords:

quartz, phosphogypsum, industrial waste

Abstract

The article discusses the creation of high-strength and resistant to chemical environments polymer-concrete technologies based on quartz and phosphogypsum industrial waste and urea resins, the study of their structure and properties.

References

Mazhidov S.R., Samigov N.A., Karimov M.U. Study of the physicochemical and physicomechanical properties of superplastic concretes of a new generation based on local raw materials. // International Journal of Advanced Research in Science, Engineering Technology. Of Ijarset, volume 6, Aprel 2019. India. C. 8800-8807.

Mazhidov S.R., Zhuraeva F.D. Manufacture of an Experimental Industrial Batch of Masonry and Plaster Construction Solutions with Superplasticizer SJ-1. International Journal of Advanced Research in Science, Engineering and Technology Vol. 7, Issue 2, February 2020. Р. 12994-2997. ISSN: 2350-0328.

Mazhidov S.R., Samigov N.A. Research structurization of the cement stone with SDzh-3 supersoftener addition. Journal. European science revie. Scientific journal. № 1–2 2019 (January-February) Volume 1. Vienna, Austria. C. 52-55.

Mazhidov S.R., Samigov N.A., Karimov M.U. Study of the physicochemical and hysicomechanical properties of superplastic concretes of a new generation based on local raw materials. International Journal of Advanced Research in Science, Engineering Technology. Of Ijarset, volume 6, Aprel 2019. India. C. 8800-8807.

Arslanov I.K. Polymer composition with admixture hydrogel. Proceeding of joint scientific seminar of winners of “Istedod” Foundation of President of the Republic of Uzbekistan and Shanghai University scientists. Shanghai. Shanghai University, 2005. 39-40 p.

Mazhidov S.R. Technical and economic efficiency of cementitious compositions with the addition of new generation superplasticizers and their application in industrial production. Journal. 2020. Volume 24. №3. Scientific and technical magazine FerPI. S.181-184.

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Published

2022-01-07

Issue

Vol. 10 No. 1 (2022): GIIRJ

Section

Articles

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