Author:
Nägele H.,Pfitzer J.,Lehnberger C.,Landeck H.,Birkner K.,Viebahn U.,Scheel W.,Schmidt R.,Hagelüken M.,Müller J.
Abstract
PurposeThis paper focuses on the project “Development of electronic components on circuit boards made of renewable resources” which has the aim of developing materials and technologies for the production of electronic components with printed wiring boards (PWB) completely made of renewable resources.Design/methodology/approachReviews the use of renewable resources in the electronics industry where there is potential for fostering sustainable development through its technological innovations.FindingsOutlines that ARBOFORM, a high‐quality thermoplastic engineering material for applications that demand high technological standards, combines the positive properties of natural wood with the processing capabilities of thermoplastic materials.Originality/valueThe motivation for the substitution of non‐renewable raw materials is not only given by ecological aspects but could also be boosted in future as reserves of fossil resources are further depleted and costs increase.
Subject
Electrical and Electronic Engineering,Industrial and Manufacturing Engineering
Reference2 articles.
1. Eisenreich, N., Eckl, W., Inone, E.R., Nägele, H. and Pfitzer, J. (2000), “ARBOFORM® – a Thermoplastic made of Renewable Resources: Int. Congress Electronics Goes Green”, Berlin, 11‐13 September.
2. Kosbar, L.L., Gelorme, J.D., Japp, R.M. and Fotorny, W.T. (2001), “Introducing biobased materials into the electronics industry”, Journal of Industrial Ecology, Vol. 4 No. 3, pp. 93‐105.
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