拉挤成型

  • 网络Pultrusion;pultrusions;Pultrusion process
拉挤成型拉挤成型
  1. 碳纤维增强塑料(CFRP)拉挤成型过程中固化度和温度变化为强耦合关系。

    The degree of cure and temperature are coupled during the pultrusion of carbon fiber reinforced plastics ( CFRP ) .

  2. 产品可用于树脂传递模塑成型(RTM),真空成型及拉挤成型等加工工艺,如汽车车顶内饰,变压器用绝缘材料。

    It can be used for RTM , Infusion , Pultrusion process . eg , automotive inner decorative parts and cable insulation materials .

  3. FRP筋拉挤成型工艺过程的光纤光栅监测与结果分析

    FBG monitoring results analysis for fabrication processing of FRP bars

  4. 采用悬浮浸渍拉挤成型法制备长玻纤增强ABS复合材料。

    Long glass fiber ( LGF ) reinforced ABS composite was prepared by means of a new method .

  5. 研制了一种新型FRP连续抽油杆。介绍了其原料选择和拉挤成型工艺以及应用前景。

    The developing process of the FRP continuous oil-sucking rod has been introduced in the respects of material choosing , process control and application prospect .

  6. 本文采用拉挤成型工艺制备GFRP棒材,并测量了其在不同条件下的抗拉强度和弯曲强度。

    In the paper , GFRP bar was fabricated by the technology of drawing and squeezing , and its tensile strength and bending strength under different conditions were measured .

  7. 碳纤维/热固性塑料拉挤成型工艺探讨

    A Discussion on the Pultrusion Technology for Carbon Fibre / Thermosct Plastics

  8. 复合型引发剂在聚酯树脂拉挤成型工艺中的应用

    Utilization of compound initiator in pultrusion of unsaturated polyester resin

  9. 改善拉挤成型复合材料横向强度的途径

    Ways to elevate the transverse strength of pultrusion Composites

  10. 拉挤成型固化工艺探索

    An investigation on pultrusion curing process for UPR

  11. 热塑性树脂基复合材料拉挤成型研究及应用进展

    Research and application progress of thermal plastic resin base composite of pulling and extruding molding

  12. 变压器撑条拉挤成型工艺研究

    Pultrusion process study of transformer supporting profiles

  13. 纤维增强塑料拉挤成型工艺综述

    A review of FRP pultrusion processing

  14. 芯棒拉挤成型主要参数应根据树脂固化的放热曲线为基准加以确定。

    The core bar form process should base on the heat curve of the colophony solidify .

  15. 介绍了两种确定拉挤成型固化体系及其比例的方法,并得出了优化的拉挤成型的固化系统方案。

    Two methods for determining the cure system and its proportion for pultrusion process were introduced in this paper .

  16. 目前应用较成熟的加工工艺主要有拉挤成型、缠绕成型、二维织物或单向带的叠层模压成型等。

    At present , the successful application processes mainly are pultrusion process , winding and uni-direction band compressing molding process , etc.

  17. 介绍了玻璃钢型材拉挤成型模具的工况特点、材料选用及影响因素。

    The characteristics and effect factors of pultrusion mould of fiberglass reinforced plastics and the selections of raw materials are introduced .

  18. 本文介绍了针织复合毡的特性及其在拉挤成型复合材料制品中的应用研究。

    This paper introduces the properties of needled composite mat as well as its application study in the pultrusion of composites products .

  19. 本文简要介绍了热塑性树脂基复合材料拉挤成型工艺的研究,以及国内外拉挤成型设备的发展概况。

    This paper briefly introduced the research of thermal plastics resin base composite pulling and extruding process , and the developing situation domestic and abroad .

  20. 本文以碳纤维作为增强材料,采用拉挤成型工艺,制备出复合材料导线芯,并在外部绞合铝合金导线制备出架空导线。

    In this paper , a carbon fiber reinforced composites core was made by pultrusion , and the conductor was made by twisting aluminum wire outside .

  21. 本文介绍了LJ-10型拉挤成型机组的工作原理,机械设备的组成结构、微机温度和速度控制系统,液压传动系统。

    The working principle , components and structure of machine , computer temperature and rate control system , hydraulic transmission system of LJ - 10 type pultrusion unit are introduced .

  22. 拉挤成型过程研究的主要任务之一是选择合适的工艺参数,以使树脂在模具内能够充分固化,并在保证产品质量的基础上尽量提高生产效率。

    One of the important tasks in pultrusion is the selection of appropriate processing parameters , so that the resin which stayed in die can be cured completely , and on the basis of guarantee composite quality to improve manufacture efficiency .

  23. 拉挤工艺成型连续纤维增强热塑性FRP的性能研究

    Study of Properties of Continuous Fiber Reinforced Thermoplastic FRP Molded by Pultrusion

  24. 本文概述了拉挤模具对成型工艺的关键性意义。

    Ths paper briefly discusses the significance of pultrusion die in pultrusion process .

  25. 注射拉挤工艺、酚醛树脂拉挤成型以及热塑性复合材料的拉挤技术研究,代表拉挤工业的最新发展。

    Injection pultrusion , phenolic resin pultrusion and thermoplastic pultrusion represent the latest development in pultrusion industry .