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首页> 外文会议>Symposium on Cellular Metals and Polymers; 20041012-14; Furth(DE) >Improved cost-performance relationships for expandable polypropylene (EPP) particle foam components by the online-monitoring of processing parameters
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Improved cost-performance relationships for expandable polypropylene (EPP) particle foam components by the online-monitoring of processing parameters

机译：通过在线监控加工参数，改善了可膨胀聚丙烯（EPP）颗粒泡沫组件的成本性能关系

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摘要

The continuously growing market for light-weight components made of expandable polypropylene (EPP) particle foams as well as the simultaneous commercial driving force to further reduce the manufacturing costs of such components require an optimisation of the particle fusion technology. A detailed analysis of the process parameters and the consumed media such as compressed air, steam, and coolant allows a determination of potential cost savings during the component manufacturing. Based on such a detailed analysis a significant reduction of the coolant and steam consumption for the fusion of EPP particle foam blocks with an increased thickness of 500 mm has been realised.
机译：由可膨胀聚丙烯（EPP）颗粒泡沫制成的轻质组件的不断增长的市场，以及进一步降低此类组件的制造成本的同时商业驱动力，需要对颗粒融合技术进行优化。对工艺参数和消耗的介质（例如压缩空气，蒸汽和冷却剂）进行的详细分析，可以确定在零件制造期间可能节省的成本。基于这样的详细分析，已经实现了厚度增加了500 mm的EPP颗粒泡沫块融合的冷却液和蒸汽消耗的显着减少。

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