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Improved Transfer Efficiency Through Powder Equipment Design

机译:通过粉末设备设计提高转移效率

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摘要

Improving transfer is a hot topic that is only getting hotter. First-pass efficiency has long been a top priority for those powder coating operations trying to maximize their profits and produce better parts. But with today's soaring energy costs and the increased awareness of the environmental impact of wasted energy, the idea of generating greenhouse gases solely to spray powder that falls on the spray booth floor is less acceptable than ever. The idea of transfer efficiency is a simple one: put all of the powder on the part. In practice, however, it is much more complex. It is not a matter of just putting powder on the part, but coating the part uniformly, and at the optimum film thickness needed to achieve certain functional or aesthetic properties (like corrosion resistance or opacity). It does no good to just pile up powder on one edge and leave exposed bare metal on another.
机译:改善转移是一个热门话题,而且越来越热门。对于那些希望最大程度地提高利润并生产更好的零件的粉末涂料运营,长期以来,首过效率一直是头等大事。但是,随着当今能源成本的飞涨以及人们对浪费能源的环境影响的意识日益增强,只为喷洒在喷房地板上的粉末产生温室气体的想法比以往任何时候都难以接受。转移效率的想法很简单:将所有粉末都放在零件上。但是实际上,它要复杂得多。这不仅仅是将粉末放在零件上,而是均匀地涂覆零件,并达到实现某些功能或美学特性(如耐蚀性或不透明性)所需的最佳膜厚。仅将粉末堆积在一个边缘上而将裸露的裸露金属留在另一边缘上是没有好处的。

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  • 来源
    《Metal finishing》 |2008年第6期|79-83|共5页
  • 作者

    TOM MATTHEY;

  • 作者单位
  • 收录信息 美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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