In order to improve the wetting property, PET fiber was treated on surface.
为了改善涤纶纤维的润湿性能，对其进行了表面处理。
Results obtained with PAN fiber and PET fiber are given as illustrative examples.
文中尚有聚丙烯睛纤维及涤纶纤维的实测示例。
PET fiber added with 5% antibacterial masterbatch yielded smooth spinning process.
PET纤维中添加5%的抗菌母粒，纺丝正常。
The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment.
用氮气对涤纶进行低温等离子处理，明显地改善了其表面的润湿性能。
The properties of ceramic powder used in the production of functional PET fiber are introduced;
介绍了陶瓷材料应用于功能性PET纤维生产中通常应具有的特性；
The spinning process and modification methods of EDDP easy dyed modification PET fiber are introduced.
介绍易染涤纶EDDP的生产过程及工艺改进方法。
The still not solved oligomer problem during further processing of dyed PET fibers is as old as the fiber itself.
着色聚酯纤维在进一步处理加工中的低聚物问题与纤维本身一样古老，至今仍未解决。
The chemical stress cracking of PET fiber-methylamine system is considered to be a fracture phenomenon of polymers.
PET纤维-甲胺系统的化学应力开裂被归结为一种高聚物断裂破坏现象。
All these indicate that heating temperature plays an important role in the crystal structure formation of PET fiber.
充分说明了温度在加工过程中对PET纤维结晶结构的形成所起的作用。
Pollution for noise, dust, vapour, waste liquid in manufacture of PET fiber filament were investigated and measured.
对涤纶长丝生产过程中的噪声、粉尘、气体、废液等的污染进行了调查和测量。
One of the heating tube process-far infrared heating process was investigated for producing fully crystallized PET fiber.
本文介绍了纺程加热一步法制取充分结晶纤维中的远红外加热法。
The invention provides an antibiotic PET fiber with silver nanometer zinc oxide, relative preparation method and application.
本发明提供了一种含有载银纳米氧化锌的抗菌PET纤维及其制备方法和应用。
The technology for side by side 3 dimensional crimped hollow PET fiber produced by Neumag bi component production line was introduced.
介绍了用纽马格公司双组分复合生产线生产的涤纶并列型三维卷曲中空纤维的生产技术。
The use of PET fiber and with glass fiber can improve the impact strength of BMC, especially when it is processed by injection molding.
本文介绍了用PET纤维与玻璃纤维混杂增强可以改善注射BMC的冲击强度。
The results showed that the modified PET fiber had good spinnability when the molecular sieve content in fiber was 2% by mass fraction;
结果表明：当纤维中分子筛质量分数为2%时，改性PET纤维的可纺性较好；
Especially the USES of spinning dying of PET fiber and its unique characteristics compared with usual dying method of PET fabric are also described.
着重分析了纺液着色涤纶纤维的用途及其与涤纶纤维织物常规染色方法相比所具有的独特的优点。
This paper discussed a new coated fabric used for membrane, which is made by multi axial warp-knitted fabric of the PET fiber reinforcing PVC sheets.
研究以涤纶经编多轴向织物为基布、表面复合聚氯乙烯压延薄膜制成的新型可作膜结构材料使用的织物增强柔性复合材料的拉伸性能。
The influence of ceramic particle proportion and treating agent on the mechanical property of the PET fiber blended with ceramic particle was studied.
将陶瓷粒子与PET共混纺丝，研究了不同处理剂及不同陶瓷粒子含量对PET纤维各项力学性能的影响。
And induced the feasibility of the PET fiber used to flocking by comparing the properties of the electrostatic flocking fabric of the nylon and terylene.
并就涤纶植绒织物与锦纶植绒织物进行比较，得出涤纶植绒织物与锦纶植绒织物性能相当。
The results showed that PTT staple fiber had splendid elasticity and showed higher elongation at break and elastic resiliency as compared with PET fiber.
结果表明，PTT短纤维具有优良的弹性性能，其断裂伸长率和弹性回复比PET纤维高。
The relations between dyeing properties and structure of two modified polyester fibers, MF and CDP fibers, were studied in comparison with original PET fiber.
自制了两种改性PET纤维（MF纤维和CDP纤维） ，并对其染色性能与结构的关系与PET纤维作了比较。
The differences on drying, spinning, winding and parallel drawing between PTT fiber and PET fiber were pointed out. The production process of PTT DT was discussed.
着重指出了ptt纤维生产在干燥、纺丝、卷绕、平行拉伸上和PET纤维的不同，并结合实例对POY—DT工艺的要求作了探讨。
The formation and the change of crystallinity, orientation and super structure of PET fiber during the spinning process were investigated by mean of FRS XRSA, SAXS and DMA.
应用FRS-XRSA、SAXS、DMA等研究了涤纶短纤维在纺丝及后处理过程中的结晶、取向与超结构的形成与变化。
According to the development technologies of PET fiber and its textiles with ceramic powder in Japan, the properties and the use of the functional fiber products are introduced.
结合日本利用陶瓷材料进行PET纤维材料的开发技术，介绍了这种功能性PET纤维制品的性能和应用。
This product has good property, wide uses and its price is low, it makes full use of the original coloured waste PET fiber and open up a new way to reuse waste coloured PET fiber.
充分利用涤纶废丝原有的色泽进行调色、拼色．为解决有色涤纶废丝的出路开辟了一条新途径。
The findings showed that the PET fiber has a more compact structure than that of PLA fiber, and the holes or cracks on the cross sections of PLA fiber may be observed under microscope.
结果表明，PET纤维具有比PLA纤维更致密的结构，有些PLA纤维横截面上的孔洞或裂缝用生物显微镜就能观察到。
The effect of cold drawing on aggregation structure of PET fiber and the rebounding performance of PET fibers were studied, and the elasticity recovering mechanism of PTT fiber was discussed.
研究了冷拉伸对聚酯纤维聚集态结构、聚酯纤维回弹性能的影响，并讨论了PTT纤维的弹性回复机理。
The effect of cold drawing on aggregation structure of PET fiber and the rebounding performance of PET fibers were studied, and the elasticity recovering mechanism of PTT fiber was discussed.
研究了冷拉伸对聚酯纤维聚集态结构、聚酯纤维回弹性能的影响，并讨论了PTT纤维的弹性回复机理。
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