Utilizing Waste Wood in Finger-Jointed Lumber for Strength Applications
Reclaimed lodgepole pine finger-jointed (FJ) boards can meet national quality standards with improved glue and pressure application methods, unlocking the potential for high-performance, sustainable materials in construction.
This study investigates the mechanical properties of finger-jointed lumber made from lodgepole pine deconstruction wood waste. Conducted at UBC’s Centre for Advanced Wood Processing, the project included preliminary and final testing phases to optimize joint design, validate processing steps, and evaluate strength and durability using standardized grading, adhesive application, and three-point bending tests.
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