Preparation and properties of polystyrene composites modified by macromolecule flame retardant DOPO-HQ

Author:

Chen Qi,Xu Wei,Zhang Yingqiang

Abstract

Abstract A macromolecular flame retardant was firstly the group reaction of DOPO-HQ. The modified polystyrene ADOPO-HQ-co-PS was prepared by copolymerization of macromolecular flame retardant and styrene. Its chemical structure was analyzed by Fourier transform infrared (FT-IR). PS composite was prepared by adding it to the experimental formula, and the cone-shaped calorimetry experiment was carried out on the material. The results show that it has a better flame retardant performance than DOPO-HQ. The smoke generation rate is very small, the highest is 0.2m 2/s, the CO production is very small, the highest is 0.007g/s, and the mass loss is the highest is 0.14g/s, which shows that the material is more environmentally friendly and stable during combustion.

Publisher

IOP Publishing

Subject

General Engineering

Reference15 articles.

1. Study and application of flame retardance of nitrogen phosphorus epoxy resin modified by aluminum oxide;Li;Materials for Mechanical Engineering,2005

2. Effect of additive type flame retardant on flame retardant properties of polyurethane rigid foams[J];Qin;Polymer Materials Science and Engineering,2007

3. Effect of poly (ammonium phosphate) on flame retardant performance of HDPE[J];Xu;Journal of Guizhou University of Technology: Natural Science,2008

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