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Improvement in physical properties of paper fabric using multi-wall carbon nanotubes

机译:使用多壁碳纳米管改善纸织物的物理性能

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Using carbon nanotubes (CNTs) in textile industry has attracted much attention due to its special properties. Also paper fibers and fabrics are the most important raw materials of textile. In this manuscript, paper yarns were weaved and treated with multi-wall CNTs (MWCNTs) in order to improve the physical properties of paper fabrics. In this regard, different percents of MWCNTs were coated on fabrics and some physical properties were investigated. Based on the results, paper fabrics treated with MWCNTs show excellent UV protection. The treated samples have more crease recovery. Also bending test and abrasion resistance analyses show improvements in treated fabrics. The adsorption test of samples shows an increase in water adsorption due to MWCNTs role of adsorbent. The results show a little decrease in strength that seems natural because of acidic pH of the used cross-link agent. In general, in addition to economic benefits of using paper fabrics, treating them with MWCNTs can also improve their physical properties.
机译:由于其特殊的特性,在纺织工业中使用碳纳米管(CNTs)已引起了广泛的关注。纸纤维和织物也是纺织品最重要的原材料。在此手稿中,对纸纱线进行编织并用多壁CNT(MWCNT)处理,以改善纸织物的物理性能。在这方面,将不同百分比的MWCNT涂覆在织物上,并研究了一些物理性能。根据结果​​,用MWCNT处理的纸织物具有出色的防紫外线性能。处理过的样品具有更多的折痕恢复率。弯曲试验和耐磨性分析也显示出经处理的织物的改进。样品的吸附测试表明,由于MWCNTs的吸附作用,水的吸附增加。结果表明由于所用交联剂的酸性pH,强度似乎自然降低了一点。通常,除了使用纸织物的经济利益外,用MWCNT处理它们还可改善其物理性能。

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