Nature-inspired phytic acid-based hybrid complexes for fabricating green and transparent superhydrophobic and anti-mildew coating on bamboo surface

Fabrication of bulk superhydrophobic wood by grafting porous poly(divinylbenzene) to wood structure using isocyanatoethyl methacrylate

“…40 Furthermore, the carbonyl peak at 1708 cm −1 was enhanced, and the band of the hydroxyl group (3500-3200 cm −1 ) was decreased. 41 The above results indicated that the isocyanate groups of IEMA successfully reacted with the hydroxyl groups of the wood, thus graing the carbon-carbon double groups to the wood. For the PDVB wood and IEMA-PDVB wood, the characteristic peaks at 709, 796, and 835 cm −1 are meta-and para-substituted aromatic rings and vinyl groups, respectively.…”

Effect of M-type reactive dyes on dyeing properties of twisted bamboo fiber bundles

“…The unique microstructure gives bamboo excellent mechanical properties. 6–8 Therefore, bamboo is suitable as an alternative material for wood in many research fields, such as transparent bamboo, 9 antibacterial bamboo, 10 conductive bamboo, 11 superhydrophobic bamboo 12 and other bamboo-based materials with various properties.…”