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首页> 外文期刊>Paper Technology: The Official Journal of the Paper Industry Technical Association >New Material in Forming Fabrics leads to Reduced Power Cosumption and Increased Lifetime
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New Material in Forming Fabrics leads to Reduced Power Cosumption and Increased Lifetime

机译:成型面料中的新材料可降低功耗并延长使用寿命

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摘要

Currently, the most common material combination in use for the machineside wefts (CMD) in forming fabric designs is polyester and poly amide. The main advantages and disadvantages of these materials are described in Figure 1.Forming fabric manufacturers have looked to improve the abrasion resistance of forming fabrics by increasing the amount of polyamide on the machineside. Whilst this approach addresses the abrasion resistance the negative aspect is a (potential) increase in power consumption due to the increased coefficient of friction of polyamide compared to polyester, see Figure 4. Additionally, an increase in edge curl as well as a decrease in fabric dimensional stability is likely, caused by the high moisture uptake of polyamide.
机译:当前,用于机侧纬纱(CMD)形成织物设计的最常见材料组合是聚酯和聚酰胺。这些材料的主要优点和缺点在图1中进行了描述。成型织物制造商已寻求通过增加机器侧聚酰胺的量来提高成型织物的耐磨性。尽管此方法解决了耐磨性问题,但不利的一面是由于聚酰胺与聚酯相比增加了摩擦系数,导致功耗的(潜在)增加,请参见图4。此外,边缘卷曲的增加以及织物的减少由于聚酰胺的高吸湿性,可能导致尺寸稳定性。

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