The utility of inorganic filler hybrid soy protein (SP) adhesives is restricted by the difficulty in
the control of dispersion and mineralization during the production and usage. Herein …

It is very important for industrial production to develop a strong bonding and multifunctional
soy protein (SP)-based adhesive with excellent coating property and high prepressing …

Soy protein adhesives have aroused widespread interest as a replacement for traditional
formaldehyde synthetic resins in the wood industry. However, how to improve the poor cold …

Developing efficient and sustainable green adhesives to replace aldehyde-based adhesives
has become an important strategy to address fossil resources depletion, environmental …

Soybean meal-based adhesives have been applied in many fields due to the abundant
source and eco-friendly property. However, the preparation of high-performance soybean …

The weak bonding strength and poor water resistance of soy protein-based adhesive have
limited its application as a non-formaldehyde adhesive in wood manufacturing industry. In …

Soy protein (SP)-based adhesives can replace traditional aldehyde-based adhesives for the
manufacturing of wood-based panels. However, developing a SP-based adhesive with …

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 …

Plant-derived biomass adhesives are increasingly in demand to replace traditional non-
biodegradable petrochemical materials. However, the insufficient mechanical strengths and …

Soy protein adhesives have the advantages of low price and renewability but are limited by
terrible bonding strength and poor water resistance, which restricts the practical application …