Both increasing environmental issues and the lack of fossil resources have increased the
importance of wood-based natural fiber composites. Therefore, high performance …

The cost-effective fabrication of environmentally friendly soybean meal (SM)-based
biocomposites with tailorable biodegradability, mechanical properties, and water resistance …

Wide applications of soybean-based adhesives in the production of wood composites are
significantly restricted by mildew attacks. Increasing mildew resistance without increasing …

Bioinspired underwater adhesives with tough and stable performance are increasingly in
demand for biomedical and engineering applications. However, the current methods of …

Conventional covalent crosslinked protein adhesives are brittle and cannot be reprocessed
effectively, which restricts their practical application and limits the recyclability of wood …

Soy protein based adhesives showed great potential for replacing petroleum derived
formaldehyde adhesives in the commercial wood industry. However, soy protein adhesives …

Develo** a strong soybean protein adhesive with long-term adhesion and multiple
functions to replace petroleum-based adhesives is important but challenging. Inspired by the …

Bioadhesives are promising alternatives to formaldehyde-based adhesives, owing to their
excellent low formaldehyde emissions and sustainable raw materials. Among these, lignin …

The low comprehensive properties of soy protein-based wood adhesives (SPWAs), such as
weak bonding strength, poor water and mildew resistance, etc., are the main issues that …

With the increasing attention to environmental concern, the reduction of fossil energy source
and the demand of actual industrial production, there was strong demand to develop green …