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ELASTOMER MATERIALS OF INCREASED FIRE AND HEAT RESISTANCE BASED ON EPDM WITH MICRODISPERSED SILICON CARBIDE

Liphanov V.S, Kablov V.F, Novopoltseva O.M, Kochetkov V.G, Kostenko N.V
Nowadays, an urgent problem is to expand the limit of operating conditions of elastomer materials for the fire and heat resistant products and coatings. One of the perspective ways to solve this problem is using intumescent and high-dispersity fillers in elastomer compositions including high-dispersity silicon carbide. Silicon carbide is one of the most promising materials, which has found application in many industries due to its high hardness and inertness to many corrosive environments. The paper considers the possibility of using microdispersed silicon carbide as a functional filler in fire and heat resistant elastomer compositions based on EPDM. It has been shown that high-dispersity silicon carbide can be used to effectively enhance the fire resistance of elastomer materials and make them cheaper.

Библиографическая ссылка

Лифанов В.С, Каблов В.Ф, Новопольцева О.М, Кочетков В.Г, Костенко Н.В ЭЛАСТОМЕРНЫЕ МАТЕРИАЛЫ ПОВЫШЕННОЙ ОГНЕТЕПЛОСТОЙКОСТИ НА ОСНОВЕ ЭТИЛЕНПРОПИЛЕНОВЫХ КАУЧУКОВ С МИКРОДИСПЕРСНЫМ КАРБИДОМ КРЕМНИЯ // Научное обозрение. Химические науки. 2020. № 1. С. 20-21;
URL: https://science-chemistry.ru/en/article/view?id=22 (дата обращения: 27.07.2026).