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Journal Science Intensive Technologies №10 for 2013 г.
Article in number:
A method for producing fireproof insulating materials destination based on polyolefins
Keywords: extruder polyolefins resin mineral flame retardants filler composite
Authors:
A.A. Sapelnikov - Junior Researcher, Laboratory of supramolecular systems and multi-structural materials Karpov Institute of Physical Chemistry (NIFKhI) (Moscow). E-mail: eremin1984@mail.ru
S.A. Bondarenko - Researcher, Laboratory of supramolecular systems and multi-structural materials, Karpov Institute of Physical Chemistry (NIFKhI) (Moscow). E-mail: gresbond@gmail.com
O.B. Lednev - Ph.D. (Eng.), Leading researcher, Laboratory of supramolecular systems and multi-structural materials, Karpov Institute of Physical Chemistry (NIFKhI) (Moscow). -mail: oleg.b.lednev@gmail.com
L.O. Shoranova - Researcher, Laboratory of supramolecular systems and multi-structural materials, Karpov Institute of Physical Chemistry (NIFKhI) (Moscow). E-mail: shoranova07@gmail.com
B.Z. Beshtoev - Ph.D. (Eng.), Deputy head of the laboratory of supramolecular systems and multi-structural materials, Karpov Institute of Physical Chemistry (NIFKhI) (Moscow). E-mail: betal07@mail.ru
A.Yu. Bedanokov - Ph.D. (Chem.), Head of the laboratory of supramolecular systems and multi-structural materials, Karpov Institute of Physical Chemistry (NIFKhI) (Moscow). E-mail: azamat2@mail.ru
Abstract:
The article provides a description of the technology of obtaining fireproof composite materials insulating destination based on polyolefins and of metal hydroxides. The developed technology obtained high-filled composites (up to 75% of the mass), different uniform distribution of filler in polymer matrix and high technological parameters. It is established, that the technology of fire-resistant fire-resistant composites with high content of mineral fillers requires adaptive approach.
Pages: 49-51
References

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