[HTML][HTML] A Potential Replacement to Phenol–Formaldehyde-Based Adhesives: A Study of Plywood Panels Manufactured with Bio-Based Wood Protein and Nanolignin …
M Núñez-Decap, C Friz-Sánchez, C Opazo-Carlsson… - Forests, 2024 - mdpi.com
Plywood production relies on phenol–formaldehyde (PF), which is why bio-based wood
adhesives (BBWAs) were developed as potential replacements, showing promising results …
adhesives (BBWAs) were developed as potential replacements, showing promising results …
[HTML][HTML] The Optimization of the Strength of Wood Adhesive Joints Supported by Steel Fasteners in Furniture Components
W Jarecki, B Pałubicki, M Wołpiuk, A Trociński… - Forests, 2024 - mdpi.com
The strength properties of softwood components with bonded joints reinforced with fasteners
were investigated and compared. Initial tests of the strength of the glue joints were carried …
were investigated and compared. Initial tests of the strength of the glue joints were carried …
[HTML][HTML] CaCO₃ Radiata Pine Wood Mineralization: Weathering and Mold Resistance, and Effect on Mechanical and Adhesion Properties
VA Hernandez, C Ovalle, S Fuentes, M Núñez-Decap - Forests, 2025 - mdpi.com
This study explores the effects of calcium carbonate (CaCO3) mineralization on radiata pine
wood, focusing on artificial weathering performance, mold resistance, and mechanical and …
wood, focusing on artificial weathering performance, mold resistance, and mechanical and …
The Synthesis and Performance of a Novel Lignin Modified Salt-Resistant Branched High-Performance Water Reducer
H Xin, D Guo - Polymers, 2024 - mdpi.com
A lignin modified salt-resistant branched high-performance water reducer was prepared via
free radical polymerization. The water-reducing agent was identified through its NMR …
free radical polymerization. The water-reducing agent was identified through its NMR …