nylon 66

尼龙66;聚己二酰己二胺

化学



双语例句

  1. The mainly producs is industrial nylon 66 yarn and tire cord fabrics.
    公司主要生产尼龙66丝和轮胎帘子布。
  2. Reason and protective measures to ageing degradation of nylon 66 fiber
    尼龙66纤维老化降解的原因和防范措施
  3. The properties of supported nylon 66 microfiltration membrane and the initial application of its pleated cartridge filter core to making pure water
    支撑尼龙66微滤膜的性质及其褶筒型滤芯在纯水制备上的初步应用
  4. Production process of nylon 66 resin specially for air bag yarn
    气囊丝专用尼龙66树脂生产工艺探讨
  5. Application of 930dtex/ 2-94 dipped nylon 66 cord in cap ply of PCR tire
    930dtex/2-94锦纶66浸胶帘布在轿车子午线轮胎冠带层中的应用
  6. Application of Du Pont nylon 66 Engineering Plastics in the bearing holder
    杜邦尼龙66工程塑料在轴承保持架上的应用
  7. The mechanical property and thermology were tested, and the microscopic structure, rheological properties and crystallization behavior of the composites had been studied. It was found that the presence of Na-Montmorillonite had effects on Nylon 66 as follows.
    研究了复合材料的机械性能、热性能、微观结构、流变性能和结晶行为,结果都表明Na-蒙脱土对尼龙66有明显的影响。
  8. Study on modification of nylon 66 with MAH-g-POE and glassfiber
    MAH-g-POE及玻璃纤维对尼龙66的改性研究
  9. Nylon 66 was effectively toughened with potassium titanate whiskers which were surface modified with an elastic epoxy resin.
    钛酸钾晶须用弹性体表面改性后实现了对尼龙66的有效增韧。
  10. Nylon 66/ montmorillonite nanocomposites were prepared by melt-intercalation process using the twin-screw extruder.
    采用熔融插层法通过双螺杆挤出机制备了PA66/蒙脱土(MMT)纳米复合材料,其综合力学性能较纯PA有显著的提高。
  11. The influences of 14 kinds of nucleating agent on the melting and crystallization behavior of nylon 66 were investigated by DSC.
    通过差示扫描量热分析法研究了14种成核剂对尼龙66熔融与结晶的影响。
  12. The mechanical properties of Nylon 66/ glass fiber/ toughening agent blend composition were studied.
    研究了尼龙66/玻璃纤维/增韧剂共混材料的力学性能。
  13. Effects of Spinning Process on Nylon 66 Technical Yarn Properties
    纺丝工艺对尼龙66工业丝物理性能的影响
  14. The effects of LLDPE-g-MAH compatilizer on the mechanical property and morphological structure of nylon 66/ ultrahigh molecular weight polyethylene ( PA66/ UHMWPE) composite were investigated.
    研究了马来酸酐接枝线性低密度聚乙烯(LLDPE-g-MAH)增容剂对尼龙66/超高分子量聚乙烯(PA66/UHMWPE)复合材料力学性能和形态结构的影响。
  15. The effect of spinning pack of corundum filter plate on spinning for Nylon 66 was studied.
    探讨了纺丝组件刚玉过滤板对尼龙66纺丝的影响。
  16. Thermal behaviors of high viscosity Nylon 66, prepared by chain extending, have been studied by DSC.
    用差示扫描量热法(DSC)研究了扩链法制备的高粘度尼龙66的热行为。
  17. This paper introduced the tube gauze dyeing process of nylon 66 high force sewing thread.
    介绍了尼龙66高强力缝纫线筒纱染色工艺。
  18. Introducing a new type equipment used in space dyeing of Nylon 66 BCF Carpet yarn.
    详细介绍一种新型设备.该设备用于尼龙66BCF地毯丝间隔染色。
  19. So, it can be provided as reference for the other trademark nylon 66 reinforced with glass fibre.
    也可供成型其他牌号玻璃纤维增强尼龙66时参考。
  20. A comparative test was made on the properties and application of modified nylon 66 cord and DSP cord.
    对改性锦纶66帘线和DSP帘线的性能及应用进行对比试验。
  21. Influence of Montmorillonite on Melting and Crystallization Behavior of Nylon 66
    蒙脱土对尼龙66熔融与结晶行为的影响
  22. Double melting peaks during DSC analysis for the nascent nylon 66 in this system are discussed.
    讨论了初生态尼龙66在DSC谱上所出现的熔融双峰现象。
  23. The formulation. process flow and conditions in the production of nylon 66 with continuous condensation polymerization are introduced.
    介绍用连续缩聚法生产尼龙66的配方,工艺流程及条件。
  24. The development of modified dipped nylon 66 cord and its application were described.
    介绍改性锦纶66浸渍帘布的研制与应用情况。
  25. Study on grafting copolymerization of nylon 66 fiber with acrylic acid
    尼龙66纤维与丙烯酸的接枝共聚反应研究
  26. Nylon 1212/ 66 copolymer was synthesized from nylon 1212 salt and nylon 66 salt ( mass ratio 9:1).
    将尼龙1212盐和尼龙66盐按照9∶1(质量比)的配比合成了尼龙1212/66共聚物。
  27. The influence of the humidity on the tensile properties of nylon 66 cord was investigated.
    进行了湿度对锦纶66帘线强伸性能影响的试验研究。
  28. The influence of montmorillonite ( Mont.) on melting and crystallization behavior of nylon 66 has been investigated by DSC.
    通过DSC方法研究了蒙脱土对尼龙66熔融与结晶行为的影响,探讨了蒙脱土对尼龙66结晶的成核作用。
  29. In order to prepare toughened nylon 66, EVA-g-MAH was blended with nylon 66 in a twin-screw extruder.
    利用所制备的EVA-g-MAH与PA66在双螺杆挤出机中熔融共混,制得了增韧的尼龙66合金。
  30. The influence of melting temperature, melting time, crystallization temperature and cooling mode on form and size of nylon 66 was studied.
    研究了熔融温度、熔融时间、冷却方式及结晶温度对尼龙66球晶形态和大小的影响。