Eco-friendly natural rubber latex and modified starch-based adhesive for wood-based panels application- A review

Triveni Soubam, Arun Gupta
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引用次数: 6

Abstract

The use of formaldehyde-based synthetic adhesives for the development of wood-based panels has increased rapidly in the industry. Synthetic adhesives are regarded as a threat to human health and a pollutant because they emit formaldehyde's carcinogenic gas. The breakthrough has prompted to seek for a long-term solution to the formaldehyde threat with natural resources. There has been a significant rise in bio-based adhesive technology and development in the wood-based panel industry. The current review article is intended to present the potentials and the drawbacks of the development of bio-adhesives from sustainable resources such as natural rubber latex (NRL) and starch. This review also discussed the chemical modification and crosslinkers of starch to improve water resistance and adhesion properties. Moreover, this article discusses the compatibility of modified rice starch and NRL for their conclusive applications as wood-based panels adhesive. The findings suggested that bio-based adhesives could replace more synthetic-based adhesives with comparable performance in the near future.
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环保型天然胶乳和改性淀粉基胶粘剂在人造板中的应用综述
利用甲醛基合成胶粘剂开发人造板在工业上迅速增加。合成胶粘剂因释放甲醛致癌气体,被视为对人体健康的威胁和污染物。这一突破促使人们寻求利用自然资源解决甲醛威胁的长期解决方案。生物基胶粘剂技术和人造板工业的发展有了显著的提高。本文综述了利用天然胶乳和淀粉等可持续资源开发生物胶粘剂的潜力和不足。本文还讨论了淀粉的化学改性和交联剂对提高淀粉的耐水性和粘接性能的作用。此外,本文还讨论了改性大米淀粉与NRL的相容性,为其作为人造板粘合剂的最终应用奠定了基础。研究结果表明,在不久的将来,生物基胶粘剂可以取代更多具有相当性能的合成基胶粘剂。
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