Eco-Friendly Adhesives for Wood and Natural Fiber Composites: Characterization, Fabrication and Applications

Eco-Friendly Adhesives for Wood and Natural Fiber Composites: Characterization, Fabrication and Applications

Characterization, Fabrication and Applications

R 6 956.00

Takealot · checked 9 days ago

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R 7 738.34
Lowest seen
R 6 956.00
Highest seen
R 7 895.00
Last change
-R 523.00
First indexed
28 Sep 2026
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Takealot

Description

Chapter 1: Introduction of eco-friendly adhesives.- Chapter 2: Synthesis process of various type of bio adhesives.- Chapter 3: Production and characterization of wood composite boards prepared from enzyme treated fibers and lignin based bio-adhesives.- Chapter 4: Eco-friendly tannin based wood adhesive for wood composites application.- Chapter 5: Starch based polymeric adhesive: Present trends of preparations and applications in wood and wood based composites.- Chapter 6: Natural rubber (NR) latex based adhesives.- Chapter 7: Manufacturing and Characterization of Composite Fiber boards with an environmental friendly lignin based resin.- Chapter 8: Use of innovative High density polyethylene (HDPE) environmentally friendly adhesives for wood composites.- Chapter 9: Development of hydrolyzed protein-based adhesives for wood composites.- Chapter 10: Eco-friendly wood fibre composites with high bonding strength and water resistance.- Chapter 11: Physical, mechanical and thermal properties of natural fibre based bio adhesive composites.- Chapter 12: Effect of treatments on natural fibre based bio adhesive composites.- Chapter 13: Effect of fire retardant on natural fibre based bio adhesive composites.- Chapter 14: Physical, mechanical and thermal properties of wood-based bio adhesive composites.- Chapter 15: Effect of fire-retardant treatment on wood-based bio adhesive composites.- Chapter 16: Current and future challenges of bio-based adhesives for wood composite industries.- Chapter 17: Utilization of renewable biomass and waste materials for production of environmental-friendly, bio-based composites.