Wood-based panels play an important role in the furniture and decoration industries
worldwide. However, the adhesives used in the manufacture of those panels are a subject of …

Despite the widespread application prospect of soybean meal flour (SF) as a non-toxic and
renewable wood adhesive, the practical application is limited by its poor mechanical …

Developing sustainable adhesives has garnered increasing attention in the wood industry
due to problems such as hazardous substance emissions and dependence on fossil energy …

This is a study of concept on the initial application for wood adhesives totally biosourced
from the covalent reaction between soy protein isolate (SPI) and a commercial flavonoid …

In this research tannic acid was used to prepare soy-based adhesives for making plywood
and fiber board. The different resin formulations were analyzed by Differential scanning …

The high demand for wood-based composites generates a greater use of wood adhesives.
The current industrial challenge is to develop modified synthetic adhesives to remove …

Low-sugar and high-protein adhesives have broad market application prospects, while
natural plant proteins have confronted technical bottlenecks due to their poor adhesion. In …

The functional, nutritional and flavor characteristics of soybean proteins obtained through
reverse micelles (RMs) were investigated, and compared with proteins separated by …

A lignin-based resin (LB) was used to improve the performance of soy flour-based
adhesives. Soy flour (SF), polyamidoamine-epichlorohydrin (PAE), and LB were used to …

Soy protein isolate was reacted first with maleic anhydride and then hexamethylenediamine
to synthesis soy protein isolate-based polyamides (SPIPA). Its bonding properties were …