包装膜

  • 网络packaging film;Wrapping Film
包装膜包装膜
  1. 提高BOPP香烟包装膜品质的探讨

    A discussion on improving the quality of BOPP cigarette packaging film

  2. 制造绿色纤维素包装膜的NMMO工艺研究及应用

    Study of NMMO Process green Cellulose packaging film and its application

  3. 将该乳液配胶制成的胶粘剂对PVC复合包装膜粘结性能好。

    The modify emulsion was used to formulate the adhesive which can satisfy the requirement for package composite film of PVC .

  4. BOPP烟用包装膜专用树脂F1002的开发与生产

    Development and production of speciality of BOPP resin F 1002 for cigarette packing film

  5. NMMO工艺条件对纤维素包装膜性能影响的研究

    Study of Properties of Cellulose Packaging Films Prepared by NMMO

  6. 无机填料对NMMO法纤维素包装膜性能的影响

    Influence of Inorganic Filling Material on Cellulose Packaging Films Prepared by NMMO Method

  7. 一种包装膜的ATR-FTIR的剖析

    ATR - FTIR Studies on the Packing Film

  8. PVDC包装膜的辐射稳定性

    Radiation Stability of PVDC Packaging Film

  9. 对气相法聚丙烯生产的双向拉伸聚丙烯(BOPP)烟用包装膜专用树脂F1002进行了结构性能研究。

    This paper studied the structure and properties of gas phase polymerized speciality resin , grade F 1002 , of biaxial oriented polypropylene ( BOPP ) resin used for cigarette packing film .

  10. 同时,适宜的等规指数(96.5%~97.5%)及其等规序列分布特性,使采用均聚型烟用包装膜专用树脂加工成型的BOPP薄膜具有挺度高,满足烟用包装膜的特性要求。

    The speciality resin having the proper isotactic degree ( 96.5 % - 97.5 % ) and the feature of isotactic sequence distribution endows the BOPP film with high stiffness , which satisfies the requirement in performance of cigarette packing film .

  11. 结果表明,当总NCO/OH摩尔比为1.4,BDO的量为14%、TMP的量为4%,固化时间为10h,该胶粘剂对APET包装膜粘结性能好。

    The experimental results showed that the adhesive has good adhesive power for APET packaging films when the total mole ratio of NCO / OH is 1.4 , the amount of BDO is 14 % , the TMP is 4 % , the curing time is 10h .

  12. CMC-WG复合包装膜的力学性能及其阻隔性能良好,具有一定的耐水、耐油和一定的透气性,可用于一般食品及果蔬的短期包装。

    It is good that the mechanics capability and the obstruct capability of the composite packing film of CMC-WG , it is the available short-term packing in general foodstuff , fruit and vegetables .

  13. 定位停机功能,不粘刀,不浪费包装膜。

    Positioned stop function , without sticking knife or wasting film .

  14. 微波处理对海藻酸钠可食性包装膜性能的影响

    Inference of Microwave Treatment on Sodium Alginate Based Edible Packaging Film

  15. 吹重包装膜机组的设计

    Design of Extrusion Line for Heavy - Duty Packaging Blown Film

  16. 阻隔性塑料包装膜透氧率的图算法

    Nomographs for Evaluating Oxygen Transmission Rate of Barrier Packaging Films

  17. 感光材料包装膜分为内包装膜和外包装膜。

    Packaging films for photosensitive materials include inner and outer packaging films .

  18. 高阻隔性塑料包装膜及其应用

    Plastics Packaging Films with High Barrier Properties and Their Application

  19. 脂质-马铃薯淀粉基可食包装膜储藏性能研究

    Study on Storage Capability of Edible Packaging Film Based on Lipids-Potato Starch

  20. 超微淀粉在生物降解食品包装膜中的应用

    The Application of Super-micronized Starch to Biodegradable Food Package Film

  21. 改性聚丙烯和聚丙烯包装膜的研究

    Study on Modification of Polypropylene and Polypropylene Packaging Film

  22. 可食性壳聚糖包装膜的制备及其性质研究

    Preparation and properties of edible packaging film from chitosan

  23. 以小麦面筋蛋白为原料,制备可食用包装膜。

    Edible packing films were prepared with wheat gluten .

  24. 采用外置式放膜机构,包装膜安装更简单、更容易。

    External film releasing mechanism : simpler and easier installation of packing film .

  25. 可食纤维水溶包装膜的研制

    The Development of a Soluble Edible Cellulose Packing Membrane

  26. 正交试验法研究淀粉-壳聚糖可食性包装膜的力学性能

    Study on Mechanical Properties of Starch-chitosan Edible Packaging Film

  27. 自动理糖进料,单层或双层包装膜包装。

    Auto settling & feeding , single layer or double layer packing film .

  28. 液体软塑料包装膜的印刷技术

    Printing technology for the liquid flexible plastic package

  29. 可食包装膜的制膜工艺研究

    Studies of Filming Technology on Edible Packaging Films

  30. 三井保鲜膜是有利环境、安全的食品包装膜!

    Mitsui Hi-wrap a Pollution-free food wrapping films !