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- Title
Physical and mechanical properties of particleboard mixed with waste ACQ-treated wood.
- Authors
Yang, Seungmin; Galih, Nuridansyah Muhammad; Kim, Junho; Lee, Hyunjae; Kang, Seoggoo
- Abstract
In this study, we recycle alkaline copper quaternary (ACQ) -treated wood used as a material for pyrolysis and gasification. The physical and mechanical properties of particleboards manufactured according to the mixing ratio and resin type (phenol–formaldehyde resin; PF, urea–melamine formaldehyde resin; UMF) were compared as materials for particleboard, which are used for wood recycling. According to the increase of ACQ particle input ratio, the PF particleboard did not differ in density; however, the thickness welling rate (TSR) and water absorption rate (WAR) decreased. The density of the UMF particleboard increased and the TSR and WAR also decreased. Although the bending strength (BS) of the PF particleboard increased, the internal bond strength (IB) did not show a difference. The UMF showed no difference in BS, but the IB improved. Through physical and mechanical properties, the mixing ratio of ACQ particle and untreated particles was 70:30 as the optimal mixing ratio. The surface was activated by the copper ions of the ACQ treated, which affected the improvement of adhesion and physical and mechanical properties. When ACQ-treated wood, which is classified as waste, was reused as a particleboard, its properties were superior to that of a board manufactured with untreated particles.
- Subjects
WOOD waste; PARTICLE board; PHENOLIC resins; WOOD; BENDING strength; COPPER ions
- Publication
Journal of Material Cycles & Waste Management, 2024, Vol 26, Issue 1, p410
- ISSN
1438-4957
- Publication type
Article
- DOI
10.1007/s10163-023-01837-y