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May 21, 2026Surfaces and Interfaces0 citationsOpen Access

Gelled wood preservatives A new application method for organic coatings

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FLFelix LevenMKM. KammBKBernard Krüsemann

Key Points

  • This work aims to address the challenges of applying wood preservatives by utilizing sorbitol-based organogels.
  • Sorbitol-based gelators were used to create gels from liquid organic protective agents like linseed oil.
  • The gels were analyzed rheologically to evaluate their behavior under deformation.
  • Mass transfer and coating performance were assessed by applying to beech wood.
  • The method conserves over 20% of the protective agent compared to traditional application methods.
  • The performance of the gelled coatings was comparable to that of traditional ungelled materials.

Abstract

When applying wood preservatives, there are always losses due to the tools used (e.g. brushes or cloths). Furthermore, inexperienced users often have the problem that uneven application leads to unsightly stains. The use of organogels could solve both challenges. In this work, sorbitol-based gelators were used to gel various liquid organic protective agents (in particular linseed oil and furniture wax oil) to produce a quasi-solid version. The properties of the gels were analysed rheologically, whereby it was found that at deformations between 1% - 4% the top layer of the gel structure breaks down and the protective agent is released. After coating beech wood, the transferred mass was determined and the protective layer was analyzed. The method saves over 20% protective agent, without taking tool losses into account. Practial coating layers were found which did not differ in their performance to those from ungelled materials.

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Cite This Study

Leven et al. (2026) studied this question.

synapsesocial.com/papers/6a0ea0f7be05d6e3efb5f51bhttps://doi.org/10.1016/j.surfin.2026.109588
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