Optimization of mixing ratio for the production of particle board from bamboo leaves, saw dust and urea formaldehyde
Year: 2024
Type: article
Abstract: This study investigated the best mix sawdust, bamboo leaves, and urea formaldehyde to create particleboard by optimizing the mixing ratio. Finding the optimal ratio of sawdust, urea formaldehyde, and bamboo leaves for the binders used in particle board production was the aim of this study. The particle boards' mechanical and physical tests were investigated. The surface morphology of particleboards and its elemental compositions were examined using Scanning Electron Microscopy (SEM) and Energy Dispersive X-ray Spectroscopy (EDS). The result observed from mechanical and physical tests conducted particle boards showed that best particleboard of composition 100 % sawdust, 50 % bamboo leaves and 2.5 g urea had the highest density of 675.643 kg/m 3 , modulus rupture of 3.84 N/mm 2 and modulus elasticity of 2756 N/mm 2 . The optimal level generated by the experimental design of composition 50 % sawdust, 50 % bamboo leaves and 2.0 g urea were validated. MOR of 13.02 N/mm 2 and MOE observed were 881.39 N/mm 2 . The SEM and EDS results revealed that optimal particleboard of validated experiment had surface with more fibrous network structures than particle board of the best process level. The particleboard that was produced from validated experiment complied with the American National Standard ANSI/A208.1–999. • The proximate analysis result indicated that bamboo leaves had a high crude fibre content, which supported their use as a raw. • The particle board produced from the optimal process level validated can be used for general structural purposes. • The SEM and EDS results revealed that optimal particleboard of validated experiment had surface with more fibrous network structures than particle board of the best process level.
Source: Advances in Bamboo Science
Authors: Olamide Olawale, Chika Mathew, Oluwakemi Erinle, Faith Ajao, SIJI Abayomi
Institution: Landmark University
Language: English
Subfield: Polymers and Plastics
Field: Materials Science
Domain: Physical Sciences
Open Access status: gold
Estimated APC paid: $1,200
OpenAlex ID: W4402945662