丙纶

bǐng lún
  • polypropylene fiber
丙纶丙纶
丙纶 [bǐng lún]
  • [polypropylene] 即聚丙烯纤维,一种合成纤维,多用于制造地毯、渔网、绳索及滤布等

丙纶[bǐng lún]
  1. 国内外丙纶发展的现状及展望

    Polypropylene fiber : development status and prospect at home and abroad

  2. 据我们所知,有关丙纶纤维增强PP的研究还未见报道。

    To our knowledge , the study of Polypropylene fiber reinforcing PP had not been reported .

  3. 对成孔剂(HA)-聚丙烯(PP)改性丙纶的流变行为进行了考察和研究。

    The rheological behaviour of HA-PP was studied in this paper .

  4. 丙纶帆布的PVC防水整理

    PVC Water-Proof Finishing of Polypropylene Canvas

  5. 聚乙烯丙纶(TS)复合防水卷材材料特点及施工方法

    Characteristic and Applied Skills of Polyethylene-Polypropylene ( TS ) Compound Waterproof Rolling Material

  6. EVA改性丙纶的流变性能

    Rheological behavior of EVA modified polypropylene

  7. 远红外细旦丙纶POY纺丝工艺的研究

    Research on the spinning process of far-infrared fine denier PP POY

  8. 提高细旦丙纶POY卷装质量的工艺探讨

    Technical discussion on improving package quality of fine denier PP POY

  9. TCS法生产PET细旦有色长丝工艺探讨细旦丙纶长丝针织服用产品的开发研究

    Production of the Fine Denier Colored PET Filament with TCS THE DEVELOPMENT OF FINE - DENIER PP WEARING KNITTED FABRICS

  10. 研究开发了FH复合阻燃剂,用于背衬胶乳阻燃法阻燃丙纶簇绒地毯。

    FH composite fire retardant for PP tufting carpet using in back-coating latex have been presented .

  11. 丙纶微细旦POY纺丝工艺研究

    Study on the POY processing technology of fine PP yarn

  12. 远红外丙纶POY的可纺性及纤维结构性能研究

    Study on Spinnability of far-infrared polypropylene POY and its structure and properties

  13. 抗菌丙纶POY与DTY生产工艺探讨

    Discussion on production technology of antibacterial polypropylene fiber POY and DTY

  14. 利用新型改性聚酯T的常压可染性,将T与PP制成PP/T共混纤维,以改善丙纶的染色性能。

    Taking advantages of modified polyester T , who can be dyed at atmospheric pressure , it was blended with PP to improve its dyeability .

  15. 报道了用EVA对丙纶物理改性的实验研究,论述了这种改性丙纶的流变性能。

    This paper reports the experimental study of modifying polypropylene by EVA blending . The rheological behavior of this product is detailed .

  16. 讨论了远红外专用料以及干燥条件、组件、过滤器等纺丝工艺参数对POY可纺性的影响,确定了远红外细旦丙纶高速纺丝最佳工艺参数。

    The optimal technological parameters for far-infrared fine denier PP POY were determined .

  17. SBC聚乙烯丙纶双面复合卷材在地下室防水工程中的应用

    Application of the SBC Polyethylene-Polypropylene Double-Faced Compound Rolls in the Basement waterproof

  18. 丙纶FDY油剂的研制

    Research on Oiling Agent FDY for Polypropylene

  19. 丙纶BCF色差出现的原因及对策

    The cause and resolution of color difference in polypropylene BCF

  20. 浅析生产消光丙纶BCF丝的工艺控制

    Process Control over the Production of Matt Polypropylene BCF Filament

  21. 根据丙纶帆布的性能,采用PVC低温塑化法(120℃以下)防水整理工艺生产丙纶防水帆布。

    According to the characteristics of polypropylene canvas , polypropylene water-proof canvas is produced by water-proof finishing process of PVC low temperature ( below 120 ℃) plasticized method .

  22. 丙纶FDY的生产工艺探讨

    The production technology of polypropylene FDY

  23. 用还原染料隐色酸对未改性丙纶织物进行染色,对染浴pH值、染色温度、染料浓度及盐对染色的影响进行了探讨。

    Acid-leuco was used to dye unmodified polypropylene fabric . The effect of dyeing parameters ( such as pH value , temperature , dyestuff concentration and salt ) on dyeing process was studied .

  24. 丙纶BCF工艺控制对产品质量的影响

    Effect of process control on quality of PP BCF

  25. 丙纶BCF生产设备及工艺改进浅析

    Improvement on equipment and process for PP BCF production

  26. 丙纶BCF变形喷嘴的改进

    The improvement of texturizing jet orifice for PP BCF

  27. 将抗菌丙纶母粒(含质量分数20%无机载银抗菌粒子)与PP进行熔融共混、切片,再通过熔融纺丝制得抗菌丙纶。

    Antibacterial polypropylene fiber was prepared by melt-blending antibacterial masterbatch containing 20 % inorganic silver-containing antibacterial particle by weight and polypropylene ( PP ) , chipping and melt spinning .

  28. 目的研究聚乙烯(polyethylene,PE)、胶粉复合改性沥青的韧性、相容性能,以及抗老化性能.SBC聚乙烯丙纶双面复合卷材在地下室防水工程中的应用

    The paper researches into the performance of toughness and consistency and anti-aging . Application of the SBC Polyethylene-Polypropylene Double-Faced Compound Rolls in the Basement waterproof

  29. 生产丙纶BCF的挤压机加热模式的探讨

    Discussion on extruder heating method for polypropylene BCF

  30. 选择有机分子组装型和无机银系抗菌剂与PP(聚丙烯)切片共混,在一步法设备上研制抗菌丙纶。

    The anti - bacteria polypropylene fiber was prepared on one - process device by blending organic molecular assembly and inorganic Argentine system anti - bacterial agent with PP chips .