氢氧化镁阻燃剂应用研究成功

由山东大学化学与化工学院孙思修教授等承担的特殊形貌氢氧化镁阻燃剂的应用研究日前通过山东省教育厅的鉴定。该项研究将为我国高分子复合材料走向国际市场提供有利条件。

Research on Thermal Properties of Nomex Fiber and Nomex/Viscose Blended Fabric

Based on the analysis of the properties of Nomex 450 and Nomex 462,the thermal properties of Nomex 462/Lenzing Viscose Flame retardent(FR)blending materials were analyzed.It was discovered through burning test and Thermal Gravity(TG)analysis that the blended material was superior in thermal behaviors to the material made from either Nomex or Viscose FR filament,when the ratio of Nomex and Lenzing Viscose FR reached 80∶20,and excellent thermal properties were achieved with the value of Limiting Oxygen Index(LOI)up to 36.1%.Blending Nomex and Viscose FR filaments may be recommended for better fire retardant property of related fabric.

阻燃高分子材料及其阻燃剂研究进展

自1735年Wyld申请了国际上的第一篇关于阻燃剂的专利直到现在,国内外许多科研机构和高等院校都召集科研人员致力于阻燃科学的研究,这在多数工业发达国家尤为显著。其中阻燃高分子材料的研究是阻燃科学研究的其中一个重要内容。本文主要介绍阻燃高分子材料及其阻燃剂的分类、作用机理等。通过分析阻燃剂的发展方向,预测了阻燃高分子材料发展的一些新动向。