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Comparative testing of electrical conductive adhesive on various substrate platings with different component finish

机译:不同组成底漆对各种基板镀层电导电粘合剂的比较试验

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The present paper presents the results of a comparative evaluation of 13 types of electrical conductive adhesives (ECA) performed as a part of the KAMILLE II project (Can the environment be more clean by using electrical conductive adhesives). The project partners were Technoconsult, DELTA Danish Electronics, Light & Acoustics, The Danish Toxicology Centre (DTC), Danfoss A/S, Grudfos A/S, Bent Hede Elektronik A/S, Mekoprint A/S and ElektroMiljo A/S. The KAMILLE II Project has been reported in the following working reports: centre dot Life Cycle Assessment of electrically conductive adhesive versus traditional tin/lead solders, Christensen. F.M. centre dot Silver resource aspects of substituting tin/lead solders with electrically conductive adhesives, Christensen, F.M., Jensen, A.B. centre dot Occupational health aspects of adhesive and solder technolgoy, Christensen, F.M., Jaroszewski, M., Syska, J., Cohr, K.H centre dot Toxicological aspects of electrically conductive adhesives as compared to tin/lead soldering systems, Cohr, K.H., Christensen, F.M. centre dot Recycling analysis of electrical and electronic products assembled with tin/lead solder and electrically conductive adhesives, respectively, Christensen, F.M. centre dot Comparative testing of electrical conductive adhesives on various substrate platings with different component finishes, Jorgensen, T. centre dot Electronic prototype assembly with electrical conductive adhesives, Jorgensen, T. The results have been synthesised in an overall report: centre dot Environmental and technical characteristics of electrically conductive adhesives versus soldering, Christensen, F.M., Jorgensen, T. and Nielsen, I.R. (ISBN 87-982637-3-0). The project has been carried out with the support from the Council concerning Recycling and Cleaner Technology. Please note that the paper does not signify that the content of the paper necessarily reflects the views of the Danish EPA or of the Council.
机译:本文件呈现的13种作为KAMILLE II项目的一部分进行电气导电粘合剂(ECA)的进行比较评价的结果(环境还可以通过使用导电性粘合剂更干净)。该项目的合作伙伴是Technoconsult,DELTA丹麦电子,照明及音响,丹麦毒理学中心(DTC),丹佛斯A / S,Grudfos A / S,特合德Elektronik公司A / S,Mekoprint A / S和ElektroMiljo A / S。该KAMILLE II项目已经报道了以下工作报告:中心导电胶与传统的锡/铅焊料,克里斯滕森点生命周期评估。调频。与导电性粘接剂代替锡/铅焊料的中心点银资源方面,克里斯坦森,F.M.,詹森,A.B粘合剂和焊料技术教中心点职业健康方面,克里斯坦森,FM,Jaroszewski,M.,世凯,J.,COHR,与锡/铅焊接系统,COHR,KH,克里斯坦森KH中心点导电性粘接剂的毒理学方面,FM用锡/铅焊料组装电气和电子产品和导电性粘接剂,分别的中心点回收分析,克里斯坦森,F.M.中心点比较在各种基底镀层具有不同组分面漆导电粘合剂的测试,乔根森,T.中心装配点电子原型与导电性粘接剂,乔根森,T.结果已在一个整体报告被合成:中心点的环境和技术导电性粘接剂与焊料,克里斯坦森,FM,乔根森,T.和Nielsen,IR的特性(ISBN 87-982637-3-0)。该项目已与理事会关于回收和清洁技术的支持下开展的。请注意,本文并不表示该文件的内容不一定反映了丹麦EPA或理事会的意见。

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