TEHNOLOGIYA VODOSTOYKIH TEPLOIZOLYACIONNYH MATERIALOV METODOM PROPITKI
Authors:
1.
KGASU
2.
KNITU
3.
KNITU
4.
KGASU
5.
KGASU
Type:
Article
eLocation:
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 661.2
Language:
Russian
Keywords:
композиционные материалы, сера, золошлаковые отходы ТЭЦ, composition materials, sulfur melt, ash and slag wastes
Abstract (English):
The technology of composite materials from sulfur and ash wastes is developed. It is shown that the use of modifying additives that improve the rheological properties of molten sulfur, significantly increases the strength, water-resistant and insulating properties of the materials, which allows to extend their field of application as isolators in exterior constructions.
The technology of composite materials from sulfur and ash wastes is developed. It is shown that the use of modifying additives that improve the rheological properties of molten sulfur, significantly increases the strength, water-resistant and insulating properties of the materials, which allows to extend their field of application as isolators in exterior constructions.
Keywords:
композиционные материалы, сера, золошлаковые отходы ТЭЦ, composition materials, sulfur melt, ash and slag wastes
композиционные материалы, сера, золошлаковые отходы ТЭЦ, composition materials, sulfur melt, ash and slag wastes
1. V.M. Anan'ev, V.N. Levchenko, Ispol'zovanie zoly-unosa v kachestve dobavki pri proizvodstve tyazhelogo betona, Izvestiya VUZov. Stroitel'nye materialy, № 11, 32-33 (2006).
2. V.V. Paturoev, Polimerbetony. Stroyizdat, Moskva, 1987.286 s.
3. Yu.M. Bazhenov, Betonopolimery. Stroyizdat, Moskva, 1983. 472 s.
4. A.A. Yusupova, R.T. Ahmetova, V.A. Pervushin, A.I. Hacrinov, Povyshenie vodostoykih svoystv kompozicionnyh materialov propitkoy v modificirovannom sernom rasplave, Vestnik Kazanskogo tehnologicheskogo universiteta, №17, 102-106 (2011).
5. E.V. Korolev, A.P. Proshin, V.T. Hrulev, Stroitel'nye materialy na osnove sery, Izd-vo Mord. un-ta, Penza-Saransk, 2003. 372 s
