350 rub
Journal №4 for 2012 г.
Article in number:
Fire-resistant nano-composites based on polyolefins and organomodified layer silicates
Keywords: layered silicates polyolefins organoclay polymer nano-composites metal hydroxides
Authors:
A.Yu. Bedanokov, O.B. Lednev, B.Z. Beshtoev, and L.O. Shoranova
Abstract:
We propound new nano-composites based on polyolefins, modern fire retardants, and organic clay. The composites have low calorific value due to a content of organomodified fire clay providing formation of stable carbonized layer suppressing combustion processes and heat yield. The results open the possibility to design new fire resistant compounds for engineering and construction purposes combining fire resistivity with improved physical and mechanical properties and low emission of toxic fumes when burned.
Pages: 41-44
References
  1. Kiddoo D.B. // Cables Component Material Innovations for Stringent Fire Safety and Environmental Compliance Requirements // Proceedings of the 56th IWCS. 2007
  2. Zilg C., Dietsche F., Hoffman B., Dietrich C., Mulhaupt R. // Proc. Eur. Conf. «Eurofiller 99». Villeurbanne, France. 1999. P. 110.
  3. Zilg C., Reichert P., Dietsche F., Engelhardt T., Mulhaupt R. // Kunstoffe. 1998. V. 88. P. 1812.
  4. Giannelis E.P. // Adv. Mater. 1996. V. 8. P. 29.
  5. Lomakin S.M., Zaikov G.E. // Modern Polymer Flame Retardancy. Utrecht, Boston: VSP International Sci. Publ. 2003.