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Conference paper2016Open access

Dimensional stability and mechanical properties of exoxidized vegetable oils as wood preservatives

Jebrane, Mohamed; Demirel, Gaye Kose; Temiz, Ali; Demirel, Samet; Terziev, Nasko; Gezer, Engin Derya; Ertas, Murat

Abstract

In recent years, some vegetable oils such as linseed oil and soybean oil, have been used to preserve wood material, and contain no environmentally hazardous chemicals or chemicals harmful to humans. However, based on early studies related to vegetable oils, it was found that vegetable oils do not chemically bond with the wood structure, but rather only fill the cavities in the wood structure. This acts only to prevent the water uptake into wood. Because vegetable oils only act as a barrier to prevent water absorption, higher oil retentions (400 kg/m3 - 600 kg/m3) which are not cost-effective, would be needed to be effective in protecting wood. In this study, to reactivate oil and improve the bonding ability between oil and wood components, epoxidation of vegetable oil was targeted. Thus, more cost-effective oil retention levels between 80 kg/m3 and 270 kg/m3 were used due to treat the wood. With epoxidized vegetable oils, oil acids are able to bond to sites normally occupied by water molecules. This study also aimed to reduce leaching of boron compounds.

Keywords

epoxidized linseed oil; epoxidized soybean oil; mechanical test; water absorption

Published in

Title: Proceedings of the 2nd COST Action FP1407 International Conference – Innovative production technologies and increased wood products recycling and reuse
Publisher: Mendel University in Brno

Conference

Second COST Action FP1407 International Conference Brno, Czech Republic, 29–30th September 2016,

SLU Authors

  • Jebrane, Mohamed

    • Department of Forest Products, Swedish University of Agricultural Sciences

  • Terziev, Nasko

    • Department of Forest Products, Swedish University of Agricultural Sciences

Associated SLU-program

Forest

UKÄ Subject classification

Materials Chemistry
Other Materials Engineering
Paper, Pulp and Fiber Technology

Publication identifier

  • ISBN: 978-80-7509-429-2

Permanent link to this page (URI)

https://res.slu.se/id/publ/81260