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目前大多运动鞋、休闲鞋中底均采用微孔材料以提高鞋底的减震缓冲性能,鞋用微孔材料回弹性是成鞋减震系统中极其重要的一个技术参数,也是构成成鞋舒适度的一个必要条件之一,本方法检测方便,易于操作,检测成本低,本方法采用夹具将试样轻轻夹持在固定位置上,通过一指定尺寸和质量的摆锤从指定高度冲击在试样上,测量其反弹高度,以评估微孔材料的动态回弹性。
At present, most sports shoes, casual shoes in the end are made of microporous materials to improve the cushioning of the soles cushioning performance, shoes microporous material elasticity is a shoe damping system is an extremely important technical parameters, but also constitutes a shoe comfort One of the necessary conditions, the method of detection is convenient, easy to operate, low detection cost, the method of using a fixture to gently hold the sample in a fixed position, through a designated size and quality of the hammer from the specified height impact in the test Similarly, the rebound height was measured to assess the dynamic resilience of the microporous material.