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全自动超声波清洗机讲解超声波清洗在纺织行业的应用

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静电是影响纺纱和织布生产过程的重要因素。机械表面与纤维或纤维间的相互摩擦会引起纤维带电,进而造成纤维互不抱合、经纱出现毛羽、织造断头、挑花增多及布面毛糙等现象,如果提高空气的相对湿度,可以降低纤维的比电阻,加快电荷散逸的速度,进而消除静电。

Static electricity is an important factor affecting the spinning and weaving production process. The mutual friction mechanical surface and fiber or fiber may cause fiber charged, and cause fiber without cohesion, warp hairiness, the cross stitch, weaving has increased and rough phenomenon, if increasing the relative humidity of the air, can reduce the specific resistance of fiber, accelerate the charge dissipation speed, so as to eliminate the electrostatic.

空气的相对湿度变化,对纤维的回潮率、强度和柔软性会有很大影响。美国纺织工艺研究所的科学家经实验得出,空气相对湿度从60%提高到70%时,纱线的弹 性增加15.3%,当相对湿度由53%提高到68%时,纱线断丝数减少31%,湿度提高到78%,,断丝数再降低12.5%。

The relative humidity of the air, the moisture regain of fiber, strength and flexibility will have a great impact. The United States Textile Technology Institute scientists through experiments, air relative humidity increases from 60% to 70%, a 15.3% increase in the elastic yarn, when relative humidity increases from 53% to 68%, a 31% reduction in the number of yarn broken wires, humidity increased to 78%, a reduction of 12.5%, the number of broken wires.

如果原材料的湿度太低,会影响生产过程,造成梳理线上较大的湿度差别,影响加工的自控过程。梳理线的湿度差异,会使纱梳理的顺畅效果不均,进而导致纱的不平均性及结团。在混色毛纱混纺时,这种现象尤为突出。

If raw material humidity is too low, will affect the production process, resulting in larger humidity carding line difference, affect the automatic control process of. The humidity difference of comb line, will make the smooth effect yarn combed yarn uneven, resulting in uneven and agglomerate. In the melange yarn, this phenomenon is particularly prominent.

在染色过程及染色质量方面,也因Lisseusen出口的湿度和不同的毛纱含水率而导致不同的染色效果。在混纺中,出现纱的密度不匀,引起起球和粘乱。增加空气湿度可有效解决这个问题。

In the dyeing process and dyeing quality, but also because of the Lisseusen outlet humidity and different yarn moisture caused different dyeing effect. In fabric, yarn density unevenness, cause pilling and sticky. Increase the air humidity can effectively solve this problem.

在高支纱的加工过程中,如经过一个较冷的夜晚重新恢复工作时,纱支数会比前一天下降很多,其原因是冷却会造成空气除湿,进而造成原材料湿度的差异。如果要将生产和贮存空间的湿度在全天都保持恒定,就只能借助于人工加湿。

In the process of high count yarn, such as after a rather cold night back to work, yarn count will be much lower than the day before, the reason is that the cooling will cause the air dehumidification, and bring a different raw material moisture. If the production and storage of spatial humidity are kept constant throughout the day, only with the help of artificial humidification.

全自动超声波清洗机