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The effect of percent binder fiber and web weight on the physical properties of thermally bounded nonwovens for electrical insulation

机译：粘合纤维百分比和幅材重量对电绝缘热粘合非织造布物理性能的影响

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A study of the effects of percent binder fiber and web weight on the physical properties of thermally bonded carded nonwoven fabric for electrical insulation is presented. Fabric properties tested include breaking load, breaking elongation, thoughness, stiffness, thickness compression energy recover energy, compression resilience, specific clo, air permeability and dimensional stability. Statistical analyses were performed on all of the data from various nonwovens produced, including three blend levels of polyester fibers (Celbond K-54 binder fiber / Hollofil 808 filling fiber) and the three web weights.

机译：提出了粘合纤维百分比和幅材重量对热粘合的用于电绝缘的梳理无纺布的物理性能的影响的研究。测试的织物特性包括断裂载荷，断裂伸长率，韧性，刚度，厚度压缩能恢复能量，压缩回弹性，比克洛，透气性和尺寸稳定性。对生产的各种非织造布的所有数据进行统计分析，包括三种混纺水平的聚酯纤维（Celbond K-54粘合纤维/ Hollofil 808填充纤维）和三种纤网重量。

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《Nonwovens conference》|1997年|p.35-54|共20页
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Adnan Hashmi; J.Robert Wagner;
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中图分类轻工业、手工业;
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3. An Investigation of Thermal, Physical, and Electrical Properties and Morphological Behavior on Nanoepoxy Composite Insulation [J] . Farhadinejad Z., Ehsani M. M., Moemenbellah S. S., Nanotechnology, IEEE Transactions on . 2012,第5期

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4. The effect of percent binder fiber and web weight on the physical properties of thermally bounded nonwovens for electrical insulation [C] . Adnan Hashmi, J.Robert Wagner, TAPPI Nonwovens conference . 1997

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8. Application of Nanofiber Technology to Nonwoven Thermal Insulation; Conference paper [R] . Gibson, P., Lee, C. 2006

机译：纳米纤维技术在无纺布保温中的应用2。会议文件

The effect of percent binder fiber and web weight on the physical properties of thermally bounded nonwovens for electrical insulation

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