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橡塑技术与装备                                          CHINA RUBBER/PLASTICS  TECHNOLOGY  AND EQUIPMENT

                                                   表 15 仿真混合结果对比
                HC TYC 2141F        n0p0                n0p1                n1p0                n1p1
                               Si-FP     Si-XS     Si-FP    Si-XS     Si-FP     Si-XS     Si-FP     Si-XS
                 横向混合率          0.69     0.48      0.50      0.28      0.83      0.53      0.77      0.47
                 纵向混合率          0.75     0.69      0.74      0.72      0.60      0.65      0.62      0.64

             效率更高的总趋势。从所有实验也可以看出,FP 螺杆                         [2]   朱复华 . 挤出理论及应用 . 北京 :中国轻工业出版社,
             的熔胶时间更短,塑化效率更高。                                       2001,224.
                                                               [3]   北京化工大学,华南理工大学 .《塑料机械设计》,北京 :中
                (2)通过模拟,仿真结果与实验所得的 FoamPro
                                                                   国轻工业出版社,1995,20.
             螺杆和现有螺杆的熔胶时间近似,有很好的应用于实                           [4]   DuPont Delrin moulding manual,27.
             践、预测螺杆设计优劣的现实意义。                                  [5]   Eric  W. Dawkins, A Practical Guideline for Establishing
                                                                   Non-Return  Valve Specification and Performance Criteria.
                (3)SEM 图片表明,使用 FoamPro 螺杆成功 实
                                                                   Western Michigan University, 2007,46.
             现了熔体 / 气体的均匀混合。通过仿真得知,在混合                         [6]   Dipl.-Ing. Javier Gómez Monterde, Characterization of
             方面,FoamPro 螺杆设计优于现有螺杆。                                microcellular plastics for weight reduction in the automotive
                                                                   interior part, International Conference on Plastics in
                (4)试验和仿真均表明,使用 FoamPro 螺杆成功
                                                                   Automotive Engineering, 2017,39.
             实现了均匀的熔体 / 气体混合、较短的熔胶时间和工
                                                               [7]   G. Llewelyna, A. Reesa, C.A. Griffithsa, S.G. Scholzb.
             艺稳定性,具有很好的商业应用价值。                                     Advances in Microcellular Injection Moulding, Journal of
                                                                   Cellular Plastics, 2020,13.
                                                               [8]   Ding,  Y,  Hassan,  M.H,  Bakker,  O.et  al.A  Review  on
             参考文献 :                                                Microcellular Injection Moulding,Materials, 2021,12.
             [1]   Trexel MuCell 微发泡成型技术应用 . 塑料机械网,2021.



                  Design, performance testing and simulation research of physical
                                               microfoaming screw

                                   Sai Yandamuri , Zhang Yuxiao , Shi Xiaoqing , Chen Chihui 2
                                                             1
                                                1
                                                                         2
                       (1. Yizumi's German Institute of Advanced Forming Technology, Alsdorf 52477, Germany;
                                     2.Yizumi Co. LTD., Foshan 528306, Guangdong, China )
                 Abstract: The self-designed physical micro foam injection molding FoamPro screw, compared with
             existing products, has higher plasticization efficiency and comparable foaming effect through experimental
             testing and simulation verification of multiple materials, and can be used for commercial applications.
                 Key words: physical microfoam injection molding; FoamPro screw; higher plasticizing efficiency;
             comparable foaming effect
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