INFLUENCE OF PHOSPHORUS-RETARDANT ON FLAMMABILITY AND ON PHYSICAL AND MECHANICAL PROPERTIES OF EPOXY COMPOUND

Authors

  • Vyacheslav Trachevskyi National Aviation University
  • Katerina Molozovenko National Aviation University
  • Marina Zinchenko National Aviation University

DOI:

https://doi.org/10.18372/2306-1472.51.2168

Keywords:

antipirens, combustibility, epoxy polymers, physical and mechanical properties

Abstract

 Presents the influence of flame retardant on the flammability of polymeric materials. The influence of phosphorus compounds on flammability and physical and mechanical properties of epoxy polymers. Experimentally shows the possible methods of reducing their combustibility without changing the physical and mechanical characteristics.

Author Biographies

Vyacheslav Trachevskyi, National Aviation University

Assoc. Prof.

Katerina Molozovenko, National Aviation University

student

Marina Zinchenko, National Aviation University

student

References

Jerzy, Antoszczyszyn Mitka, Zielinski Antoni Zbigwiew. Method for production of new phosphates used as flame retardants, in particular, upon receipt of rubbers and plastics. Milchert Eugeniusz. GYH7 Rk/ C 07 F 9/53, N 101579.

Тагер А.А. Физикохимия полимеров. – Москва: Химия, 1978. − 544 с.[Tager, A.A. 1978. Physical chemistry of polymers. Мoscow. Chemistry. 544 p.] (in Russian).

Ito Mikio, Migake Sumiya. The polymer composition with improved flame resistance and are manufactured from semiconducting sealants. Flame-retardant resin composition and semiconductor sealant using the same: Patent. 6180695 USA, 7 С 08 К 3/32, C 08 L 63/02. Sumitoimo Bakelite Co. Ltd. N 09/069832 (Japan).

Sherif Fawzy G., Irsni Mazin R. The reaction products containing phosphorus, nitrogen and silicon are used as flame retardants. Phosphoris – nitrogen – silica composition as a flame retardant. [Stauffer Chemical Co]. Patent USA, C. 521/106, (С 08 d 22/44; С 08 d 51/56), № 4180630.

Pandya, H.B.; Bhagwat, M.M. 1978. Studies on the efficacy of phosphorus-nitrogen flame retardants on cotton. − J. Fire Retard. Chem. 5, N 2: 86−92.

Барановский, Л.А. Хлоразотфосфор-содержащие олигоэфиракрилаты – новые антипирены для эпоксидных композиций // Синтез и исследование эпоксидных олигомеров и полимеров. − Москва: Мир, 1979. − С. 106−110.[Baranovskyi, L.A. 1979. Hlorazotfosfor-containing oligoefirakrilaty − new flame retardants for epoxy compositions. − Synthesis and investigation epoxyoligomers and polymers. Мoscow. Mir: 106−110.] (in Russian).

Берлин, А.А. Горение полимеров и полимерные материалы пониженной горючести. − Москва: Химия, 1996. − 367 с.[Berlin, A.A. 1996. Combustion of polymers and polymeric materials of low combustibility. Мoscow. Chemistry. 367 p.] (in Russian).

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How to Cite

Trachevskyi, V., Molozovenko, K., & Zinchenko, M. (2012). INFLUENCE OF PHOSPHORUS-RETARDANT ON FLAMMABILITY AND ON PHYSICAL AND MECHANICAL PROPERTIES OF EPOXY COMPOUND. Proceedings of National Aviation University, 51(2), 107–109. https://doi.org/10.18372/2306-1472.51.2168

Issue

Section

CHEMICAL TECHNOLOGY, HIMMOTOLOGY

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