挤出造粒

挤出造粒挤出造粒
  1. 本杌采用热切方法挤出造粒,主要用于PVC塑料造粒,其特点;

    The machine produces pellets by hot cutting , mainly PVC pellets .

  2. PE色母料挤出造粒生产线简介

    Brief on PE coloring material granulating line

  3. 橡胶促进剂CBS挤出造粒的实验研究

    Experimental Research on Powdery Accelerant CBS Squeezing Granulation

  4. 两者的复合过程采用双螺杆挤出造粒法更利于GF形成良好的取向性,高速混合机复合造粒则更利于防止原料PP的降解。

    The two double-screw extruder granulation method is beneficial for GF to form a good orientation , and high speed mixer granulator prevents the degradation of PP material .

  5. 挤出造粒机组自动配混料控制系统设计

    Design of Automatic Burden and Blending Control System for Squeezing Granulation Unit

  6. 添加方便、力学性能优异,可以与塑料直接混合注塑或挤出造粒。

    It can be mixed directly with plastic to inject or extrude .

  7. 高聚物挤出造粒形式和原理

    Method and Principle of Polymer Extrusion Pelletization

  8. 用挤出造粒、气流包衣技术制备氟尿嘧啶肠溶微粒。

    Enteric coated fluorouracil micro-granules were prepared with extrusion , spheronization and airflow coating method .

  9. 加工出来的样机能有效地将废旧塑料进行挤出造粒。

    Processing out of the prototype can be effectively carried out granulation of waste plastics .

  10. 挤出造粒时,应严格控制机头和均化段温度。

    When extrusion granulating , the temperature of head and homogenizing zone in extruder should be strictly controlled ;

  11. 对原材料的干燥与配混,挤出造粒,过滤板模压时的预热、保压、固化、脱模及后处理等工艺进行了详尽的说明。

    The drying and blending of raw materials , the extruding and prilling process , the mould pressing and post-treatment and so on are elaborated .

  12. 进行了各种相关工艺条件对挤出造粒的影响,包括挤出速度、模头温度及螺杆形式和定型模具对挤出成型的研究;

    The impact of various process conditions on extrusion and pelletizing is studied , including the change of extrusion speed , die head temperature and screw types .

  13. 水性肠溶型聚丙烯酸树脂类药物包衣材料的研制挤出造粒、气流包衣法制备包衣微粒剂.Ⅵ.氟尿嘧啶肠溶微粒的制备和药动学研究

    The Study of Aqueous Enteric Poly-acrylic Acid Resin Used for Film-coating Material Preparation of Micro-granules with Extrusion and Airflow Coating Method . ⅵ . Preparation and Pharmacokinetics of Enteric Coated Fluorouracil Micro-granules

  14. 本工作采用挤出造粒与注射成型的工艺,研究了以短碳纤维和玻璃纤维混杂增强尼龙1010的机械性能、耐热性、摩擦磨损性能及其混杂效应。

    The hybrid carbon-fiber / glass-fiber reinforced nylon 1010 is prepared by extrusion and injection moulding . The fibers are oriented along the direction of the flowing of inject - ed or extruded material .

  15. 综述了国内外聚合物配混料用连续混炼机的发展现状,特别叙述了啮合同向双螺杆挤出造粒机的发展,并对我国连续混炼机的设计制造和使用提出了一些建议。

    Present situation of development of continuous mixers for polymer compounds in the world , especially kneading co rotating twin screw extruders for compounds is summarized , and some proposals for design and operation of continuous mixers are presented .

  16. 以废旧PP、锯末木粉为原料,采用双螺杆挤出机造粒生产环保型塑木复合材料。

    Recycled polypropylene ( PP ) and wood powder were employed to prepare composites via twin-screw extrusion .

  17. 以桦木粉和HDPE为原料,采用双螺杆挤出机造粒,单螺杆挤出机成型的方法加工木塑复合材。

    Using birch powder and HDPE as raw material , using twin-screw extruder to mix granulation and single screw extruder to process WPC .

  18. 方法:用挤出滚圆造粒机及流化床包衣设备制备感冒清微丸。

    METHODS : Extruded-spheronizing granulator and fluidized coating-machine were applied for Ganmaoqing micro-pills'production .

  19. 通过聚苯硫醚(PPS)与大颗粒氧化镁(40~325目)混合经双螺杆挤出机挤出造粒制备了导热绝缘塑料。

    Thermal conductive insulating PPS plastics were made by extrusion compounding PPS with MgO particles of large particle sizeBF ( 40 ~ 325-mesh ) BFQ .

  20. 通过实际检验,展示了机组在能量消耗,挤出产量和造粒质量等方面的优点。

    Tile results of experiment show the merits of the system in energy consumption , output and granulation quality .

  21. 相对润湿度概念及其在挤出&滚圆法造粒中的应用

    Relative Wetting Degree and Its Application on Preparation of Pellets by Extrusion-spheronization

  22. 挤出成型用喷雾造粒氧化铝粉料

    Spray-Dried Alumina Granules for Extrusion

  23. 以废旧塑料和木粉为主要原料,采用单螺杆挤出机预混造粒和热压成型方法制备木塑复合材料。

    The WPC composed of recycling plastic and wood powder were prepared by using single screw extruder and mould pressure method . 1 .

  24. 以聚碳酸酯(PC)和ABS为基体树脂,添加增容剂、阻燃剂及其它助剂,经双螺杆挤出机熔融共混挤出造粒,制得PC/ABS手机充电器专用料。

    With polycarbonate ( PC ) and ABS as basic resin , and adding compatilizer , flame retardant and other assistants , special material PC / ABS for mobile phone charger was developed by melt blending and extrusion graining with twin-screw extruder .