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AN APPLICATION COMPARISON OF ORBITAL AND LINEAR VIBRATION WELDING OF THERMOPLASTICS

机译:热塑塑料轨道振动与线性振动焊接的应用比较

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This paper compares the differences in weld quality between orbital vibration and linear vibration welding of thermoplastics. Generally, orbital welding was found to weld parts faster with no loss in tensile or impact strength. For parts with thin unsupported walls, orbital welding was found to produce more uniform welds with higher tensile strength than linear vibration welding. In cases where low vibration amplitudes are required, orbital welding was able to join parts with slightly lower vibration amplitude and slightly lower collapse than linear vibration welding without sacrificing joint quality.
机译:本文比较了热塑性塑料的轨道振动和线性振动焊接之间的焊接质量差异。通常,发现轨道焊接可以更快地焊接零件,而不会降低拉伸强度或冲击强度。对于无支撑壁薄的零件,与线性振动焊接相比,轨道焊接可产生更均匀的焊接,且具有更高的拉伸强度。在要求低振动幅度的情况下,与线性振动焊接相比,轨道焊接能够以较低的振动幅度和较小的塌陷来连接零件,而不会牺牲接头质量。

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