电缆护套

  • 网络cable sheath;cable jacket;cable sleeve
电缆护套电缆护套
  1. 低密度PVC电缆护套料的研制开发

    Development of low density PVC composition for cable sheath

  2. 电缆护套用CR/CPE共混胶料的研制

    Development of CR / CPE blend compound for cable sheath

  3. 聚磷酸铵膨胀阻燃剂在PE电缆护套料中的应用

    Application Study of Ammonium Polyphosphate Intumescent Flame Retardant in Polyethylene Cable Jacket

  4. CR/CPE电缆护套料的研制

    Study of the Sheath Compounding Based on CR / CPE

  5. LDPE电缆护套料耐环境应力开裂性的改进

    Improvement of Environmental Stress - Crack Resistance of LDPE Cable Jacket Materials

  6. 研究了PE电缆护套料的配方及工艺,总结了其性能及应用。

    The formulation and process of PE covering materials for cable are studied , their properties and applications are also summarized .

  7. LLDPE通讯电缆护套料DFH2076的开发

    Development of LLDPE speciality resin DFH 2076 for communication cable sheathing

  8. 聚乙烯加工流变改性剂在LLDPE电缆护套料中的应用

    Application of PE Processing Rheological Modifier to LLDPE Compound for Cable Jacket

  9. ACM/CPE阻燃耐油电缆护套料的研究

    The Research of Flame-Retardant and Oil-Resistant Cable Sheath of ACM / CPE

  10. 高性能LLDPE电缆护套的研制

    Development of high performance LLDPE cable jacket

  11. CR/CPE用量比及硫化体系的选择是CR/CPE电缆护套胶料研制的关键。

    The key of developing CR / CPE cable sheath compound are CR / CPE ratio and the selection of curing system .

  12. 阻燃防鼠型90°CPVC电缆护套料配方研究

    Study on the Formulation of Flame-Retardant , Rodent Resistant 90 (° C ) PVC Cable Sheathing Compound

  13. 110kV长庆电缆护套绝缘过电压保护分析计算

    Analysis and calculation of overvoltage protection of jacket insulation of 110 kV cable

  14. 聚乙烯电缆护套料的重要性能之一是耐环境应力开裂(ESCR)性能,普通的LDPE树脂不能满足要求。

    One of the important performances of polyethylene cable jacket materials is environmental stress-crack resistance , while general-purpose LDPE resin cannot meet all kinds of demands .

  15. 以无卤低烟阻燃电缆护套胶料配方设计为例,验证了程序的实用性。表明该程序实用性强,准确度高,速度快,整个运行过程仅需10min左右。

    A utility routine taking the formula design of cable jacket with low-smoke , halogen-free and flame-retardant for example was certificated .

  16. 本文介绍了研制黑色低密度聚乙烯(LDPE)电缆护套料的配方选择、工艺流程、设备和工艺条件,并讨论了炭黑活化处理及炭黑分散度对护套料的重要性。

    The proportion choices , technological process , equipment and technological conditions in developing black LDPE cable materials are introduced . and the importance of activating treatment and disperse degree of carbon black to the materials is discussed .

  17. Pb-Sb-Cu合金电缆护套的研制

    Development of Cable Shield from Pb-Sb-Cu Alloy

  18. 结果表明:与TR2000相比,国产电缆护套料DH170T的热分解反应阻力大、反应速度慢,因而寿命更长。

    Result showed that the thermo decomposition reaction of DH170T had higher resistance , lower reacting rate and longer service life than TR2000 .

  19. 阻燃防鼠型聚氯乙烯电缆护套料的研究

    Research on PVC sheathing compound for flame retarding and mouse-proof cable

  20. 环保型防蚁、防鼠忌避剂在电缆护套料中的应用

    Application of an Eco-Type Termite / Rat Repellent in Cable Sheathing Compounds

  21. 三回路单芯电缆护套感应电势的计算

    Calculation of Induced Voltage on Single-core Power Cable Metal Sheath in Tri-circuits

  22. 海洋石油平台用电线电缆护套料的开发应用

    Development And Application of Cable Jacket Compound Used in Sea Petroleum Platform

  23. 高性能聚乙烯电缆护套料的研制

    Research on High performance PE Sheath Compound for Cable

  24. 海南联网海底电缆护套绝缘监测方法

    The Insulation Inspection Method for Submarine Cable Sheath of Hainan Grid Interconnection Project

  25. 黑色耐环境低密度聚乙烯电缆护套料

    Black Environment-resistant Low-density Polyethylene Sheath Material for Cable

  26. 两种聚乙烯电缆护套料的热分解动力学研究及比较

    Dynamic Study on Thermo Decomposition of Two Cable Sheath Materials and Comparison Between Them

  27. 基于改进的多项式插值亚像素法电缆护套材料厚度测量

    Polynomial Interpolation Based on an Improved Sub-pixel Method of Thickness Measurement of Cable Sheath Material

  28. 我国黑色聚乙烯电缆护套料的研制现状聚乙烯护套料的工艺配方研究

    The Present Status of Research and Manufacture of Black Polyethylene Materials for Electric Cable Covering

  29. 双回路电缆护套环流计算及影响因素分析

    Calculation of Circulating Current in Sheaths of Two-circuit Arranged Cables and Analyses of Influencing Factors

  30. 地铁高架33kV电缆护套开裂原因分析及措施

    Investigation and Prevention Measures for Cracking of Elevated 33 kV Cable Sheath Used for Subway