Sustainable development and applications of bamboo and bamboo-wood composites
require better understanding and optimization of bamboo bonding. This paper provides a …

Plywood is widely used in construction, such as for flooring and interior walls, as well as in
the manufacture of household items such as furniture and cabinets. Such items are made of …

As a sustainable ecological material, bamboo has become a popular modern green building
material because of its rich yield, lightweight, high strength and rich cultural heritage …

This review systematically examines the multitude of factors influencing bonding strength in
bamboo-based composite materials, given the rising prominence of bamboo as a green …

Inspired by phenol-amine chemistry of mussels, a synthesis-free and fully biomass adhesive
composed of chitosan and tannin (CST) was successfully developed by a facile method. The …

The bamboo/resin bonding interface significantly influences the preparation and final
properties of bamboo scrimber composites (BSCs). Here, BSCs were prepared with different …

In response to the environmental impacts of synthetic fiber production and disposal, coupled
with limitations in the existing continuous processing methods for plant fibers, this study …

Bamboo pith ring (BPR) was removed to ensure the gluing quality in the traditional
production of bamboo composites, leading to material waste and increased energy …

In this work, a dual resin application system using commercial phenol formaldehyde (PF)
resins with different molecular weight (MW) was investigated to improve bonding …

Low-density wood produces composites with low dimensional stability, requiring a high
compaction ratio (CR) to produce an oriented strand board (OSB). This study evaluates the …