Abstract

This study looked at how the mechanical and dimensional stability features of wood composite panels affected by decreasing adhesive to/wood ratios from 2:2.0 to 2:1.5 and 2:1.0. Furthermore, two adhesive brands—Top-bond and Vinko-bond—were used in order to see if there were any differences in the two brands' qualities over time. In order to determine whether there are any appreciable decreases in these attributes, the cure durations were shortened from 28 to 14 days. The obtained results show that as the adhesive/wood proportion is dropped, the modulus of rupture increases. The ideal bending strength was determined and achieved with an adhesive/wood ratio of 2.0. On the other hand, modulus of elasticity rose linearly as adhesive/wood ratios increased. The wood-adhesive panels produced in this investigation generally showed good dimensional stability after being submerged in water for 24 and 48 hours. The glue brands utilized in this investigation did not differ significantly from one another, which is thought to be related to their similar component compositions. Reducing cure times from 28 to 14 days often had no effect on boarding attributes.