Rubber Compounds Based on Blends of Propylene Oxide Rubber and Ultrafine Polytetrafluoroethylene

Cherskii I.N. Polymeric materials in modern sealing technology. Knizhnoe Izdatel'stvo, Yakutsk, 110 pp. (1975).

Khvostik G.M. Fuel-resistant epichlorohydrin and propylene oxide rubbers for the chemical and motor industry. Abstracts of Papers of 1st All-Russian Rubber Conference, Moscow, p. 135 (2002).

Govorova O.A. Kauch. i Rezina, (2): 18 (1999).

Petrova N.N. Principles of development of oil- and cold-resistant rubber compounds and their realisation for service under cold climatic conditions. Author's Abstract of Doct. Chem. Sci. Dissertation, 11th Format, Moscow, 48 pp. (2006).

Buznik V.M. Metal–Polymer Nanocomposites. Russian Academy of Sciences Press, Novosibirsk, 260 pp. (2005).

Paul D.R. Interphase additives promoting compatibility in polymer blends. Part 2, in Polymer Blends, ed. by Paul D.R. , and Newman S. Academic Press, New York, NY (1978).

Van Krevelen D.W. Properties of Polymers. Correlation with Chemical Structure. Elsevier, Amsterdam–London–New York (1972).

Wendland W. Thermal Methods of Analysis, Vol. XIX. Interscience, New York, NY, 424 pp. (1964).

Petrova N.N. , and Portnyagina V.V. Rubber compounds based on blends of propylene oxide rubber and polytetrafluoroethylene. Kauch. i Rezina, (4): 8 (2007).

Russian Patent 2294346, MKI C 08 L 71/02, C 08 L 18/27.

Russian Patent 2502759, MKI C 08 L 71/02, C 08 L 5/02.

US Patent 8841370 B1, MKI C 08 K 5/09, 5/19, C 08 L 71/02.