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对位芳纶导电纸的制备与性能表征

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利用短切对位芳纶纤维制备对位芳纶原纸,并对原纸进行导电整理制成对位芳纶导电纸.实验结果表明:芳纶原纸分子结构保持了对位芳纶纤维的分子结构特征,但其结晶度降为 57.37%;700℃时,对位芳纶原纸的质量残存率为 35%左右,相比短切对位芳纶纤维,其热学性能、结晶度均有所下降;当氧化石墨烯在导电整理剂中的占比为 8%时,对位芳纶导电纸表面电阻为 200 Ω/m2 左右,验证了用该工艺制备兼具热学性能与电学性能的对位芳纶导电纸的可行性.
Preparation and characterization of para-aramid conductive paper
Para-aramid base paper was prepared by using short-cut para-aramid fiber and its conductive finishing was carried out.The test results showed that the molecular structure of hot-pressed para-aramid base paper was maintained with para-aramid fibers and the crystallinity was reduced to 57.37%.At 700℃,the mass retention rate of hot-pressed para-aramid base paper was about 35%.Compared with the short-cut para-aramid fibers,the thermal properties and crystallinity were lower,but still at a higher level.When the proportion of graphene oxide in the conductive finishing agent was 8%,the surface resistance of para-aramid conductive papers was about 200 Ω/m2.It was verified that it was the feasibility of preparing para-aramid conductive papers with both thermal and electrical properties through this process.

para-aramid fibermolecular structurethermal propertieselectrical properties

汪烨、林燕萍、杨陈

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江西省现代服装工程技术研究中心 江西服装学院,江西 南昌 330201

常州艺术高等职业学校 艺术设计系,江苏 常州 213147

对位芳纶纤维 分子结构 热学性能 电学性能

江西省教育厅科学技术重点研究项目江西省教育厅科学技术研究项目

GJJ2202802GJJ202417

2024

河南工程学院学报(自然科学版)
河南工程学院

河南工程学院学报(自然科学版)

影响因子:0.26
ISSN:1674-330X
年,卷(期):2024.36(2)