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随着全球绿色战略的日益深化,人们认识到“从自然中来,到自然中去”是人与自然和谐共处的最佳方式,也是实现材料可持续发展的必然途径。阻燃剂作为高分子材料安全使用的必要助剂也不例外,因此发展源于生物的阻燃剂也成为关注的焦点。然而天然的原材料往往具有许多缺点,如耐热性差、阻燃效率低等,阻碍了其作为优秀的阻燃剂使用。因此必须对其进行合理的化学改性,赋予其优良的热分解性
With the deepening of the global green strategy, people realize that “going from nature to nature” is the best way for people to live in harmony with nature and is also the inevitable way to realize the sustainable development of materials. Flame retardants as a necessary aid for the safe use of polymer materials are no exception, so the development of bio-based flame retardants has also become the focus of attention. However, natural raw materials often have many shortcomings, such as poor heat resistance, low flame retardant efficiency, which hindered its use as an excellent flame retardant. Therefore, it must be a reasonable chemical modification, given its excellent thermal decomposition