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Abstract <p>Currently, the trend of using wood–polymer composites based on thermally modified wood filler becomes to be popular. The chemical structure of a filler, however, changes and the adhesion between components worsens during thermal modification, which decreases the mechanical properties of a composite. Ozone treatment of a filler after thermal modification is proposed in this work. The results showed that ozonation can significantly improve the interaction between filler and hydrophobic polyethylene, which enhances the properties of a final composite.</p>

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The Influence of Two-Step Processing of Wood Filler on the Properties of Polyethylene-Based Wood–Polymer Composites

  • 期刊论文

  • 发表日期：

    2025年9月17日

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  • K. G. Anikeeva,
  • R. R. Safin

摘要

Abstract

Currently, the trend of using wood–polymer composites based on thermally modified wood filler becomes to be popular. The chemical structure of a filler, however, changes and the adhesion between components worsens during thermal modification, which decreases the mechanical properties of a composite. Ozone treatment of a filler after thermal modification is proposed in this work. The results showed that ozonation can significantly improve the interaction between filler and hydrophobic polyethylene, which enhances the properties of a final composite.