经纤维素酶整理的亚麻纱解决了普通亚麻纱不能用于针织的难题。
The flax yarn arranged with cellulase has solved the difficult question that the common flax yarn could not be used for knitting.
经实际生产应用，使亚麻纱质量得到提高，同时解决了产生硅垢的问题。
Through active production, improving the quality of linen yarns and solving the question of silicone dirt at the same time.
具备生产各种规格的半漂、原色纯亚麻纱的能力。产品已销往国内外市场。
With the production of a variety of specifications and a half of drift, the primary color of pure flax yarn.
然而，人们习惯性的生产棉和亚麻纱线时用Z捻，生产羊毛和精纺毛料纱线时用S捻。
However, it is customary to produce cotton and linen yarns with a Z-twist and woolen and worsted yarns with an S-twist.
所制成的亚麻纱与聚丙烯长丝复合材料具有优良的拉伸性能和抗冲击能量吸收性能等特性。
The finished flax yarn and polypropylene filament composite material has good tensility, impact-resistant property and energy absorption property, etc.
利用聚丙烯纤维对亚麻纱线进行包缠，使用该纱线织造3种经纱密度相同，纬纱密度不同的平纹织物。
Polypropylene filaments were employed to wrap the flax yarn. 3 kinds of plain fabrics were woven with identical warp density and various weft density by using the produced yarns.
用不同活性染料对接枝改性亚麻纱进行染色，我们发现接枝改性亚麻纱不仅保留了其自身的硬度和光滑特性外，还克服了其耐水性差的弱点。
By grafting flax yarn's dyeing test with different dyestuff, we find that grafting flax yarn not only retains its stiff and smooth style, but also overcomes its dyeing weakness.
用不同活性染料对接枝改性亚麻纱进行染色，我们发现接枝改性亚麻纱不仅保留了其自身的硬度和光滑特性外，还克服了其耐水性差的弱点。
By grafting flax yarn's dyeing test with different dyestuff, we find that grafting flax yarn not only retains its stiff and smooth style, but also overcomes its dyeing weakness.
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