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Black Alder (Alnus glutinosa L.)—a Resource for Value-Added Products in Furniture Industry Under European Screening

  • Emilia-Adela SalcaEmail author
Wood Structure and Function (A Koubaa, Section Editor)
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  1. Topical Collection on Wood Structure and Function

Abstract

Purpose of Review

The furniture sector worldwide is rapidly developing and diversifying. The furniture market faces nowadays a competition between various composites and solid wood furniture which is more reliable and environmentally-friendly. Various valuable species, such as oak, ash, and cherry, in addition to other common hardwood and softwood species are chosen by small- or medium-sized furniture companies. Due to its workability, properties, and appearance, black alder can be considered a suitable material for furniture manufacturing. This review offers an outline of the potential of black alder as a wood resource with an emphasis on applications in the furniture industry.

Recent Findings

Results from recent studies that have focused on active silviculture, uses, wood properties, color changes under air and light exposure, surface quality of processed surfaces during milling and sanding, coating properties, and process optimization are presented. Findings of these studies would help for practical applications so that this wood species can be processed more efficiently for value-added products with enhanced surfaces, improved appearance, and extended service life.

Summary

Black alder as an under-utilized wood species has been shown to have good potential for the wood industry so that its use can successfully reduce import activities of other species and value-added furniture products can be manufactured. For further studies, the properties of plywood made of densified veneers, surface wettability, and coating performance of such products should be evaluated for the furniture industry.

Keywords

Black Alder Air oxidation Color changes Heat treatment Processing optimization Coating performance 

Notes

Acknowledgements

The author hereby acknowledge the support offered by the Fulbright Senior Award Program, Asia Bridge Program, and Transilvania University Fellowship 2015 to perform a main part of the scientific research presented within this review.

References

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© Springer Nature Switzerland AG 2019

Authors and Affiliations

  1. 1.Transilvania University of BrasovBrasovRomania

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