工程塑料应用
工程塑料應用
공정소료응용
ENGINEERING PLASTICS APPLICATION
2015年
3期
50-53
,共4页
尼龙6%超韧%红磷阻燃%防暴服
尼龍6%超韌%紅燐阻燃%防暴服
니룡6%초인%홍린조연%방폭복
nylon 6%super toughened%red phosphorus flame retardant%riot suit
采用双螺杆挤出加工工艺,通过添加不同组分制得超韧无卤阻燃尼龙(PA)6材料,比较了不同黏度PA6、增韧剂、阻燃剂及加工工艺对材料性能的影响。结果表明,中黏搭配低黏PA6材料可获得最佳的冲击性能和加工性能;在添加15份马来酸酐接枝乙烯–辛烯共聚物增韧剂时增韧效果最好;小粒径、高含量(红磷)红磷母粒的阻燃效果较好且对体系的力学性能影响较小;Mg(OH)2具有很好的协效阻燃和消烟作用,在添加量为3份时效果最佳;适当的螺杆组合可提高体系的阻燃稳定性。
採用雙螺桿擠齣加工工藝,通過添加不同組分製得超韌無滷阻燃尼龍(PA)6材料,比較瞭不同黏度PA6、增韌劑、阻燃劑及加工工藝對材料性能的影響。結果錶明,中黏搭配低黏PA6材料可穫得最佳的遲擊性能和加工性能;在添加15份馬來痠酐接枝乙烯–辛烯共聚物增韌劑時增韌效果最好;小粒徑、高含量(紅燐)紅燐母粒的阻燃效果較好且對體繫的力學性能影響較小;Mg(OH)2具有很好的協效阻燃和消煙作用,在添加量為3份時效果最佳;適噹的螺桿組閤可提高體繫的阻燃穩定性。
채용쌍라간제출가공공예,통과첨가불동조분제득초인무서조연니룡(PA)6재료,비교료불동점도PA6、증인제、조연제급가공공예대재료성능적영향。결과표명,중점탑배저점PA6재료가획득최가적충격성능화가공성능;재첨가15빈마래산항접지을희–신희공취물증인제시증인효과최호;소립경、고함량(홍린)홍린모립적조연효과교호차대체계적역학성능영향교소;Mg(OH)2구유흔호적협효조연화소연작용,재첨가량위3빈시효과최가;괄당적라간조합가제고체계적조연은정성。
Super toughened halogen-free flame retardant nylon(PA) 6 flame was prepared by adding different components using twin-screw extrusion process. The effects of different viscosity nylon 6,toughening agents,flame retardants and processing technology on the material properties were studied. The results show that the material can obtain optimum impact resistance and processability by mixxing middle viscosity PA6 with low viscosity PA6;the toughening effect is the best when adding 15 parts POE-g-MAH;red phosphorus masterbatch of small size and high phosphorus content has good flame retardancy and less impact on the mechanical properties of the system;Mg(OH)2 has a good synergistic effect of flame and smoke,and the optimal content is three parts;appropriate screw combination can improve flame stability of the system.