FULL RECOVERY OF ARUNDO DONAX PARTICLEBOARD FROM SWELLING TEST WITHOUT WATERPROOFING ADDITIVES

Jose-Antonio Flores-Yepes, Jose-Joaquin Pastor-Perez, Francisco-Javier Gimeno-Blanes, Isabel Rodriguez-Guisado, María-José Frutos-Fernandez

Abstract


This paper presents the development of particleboard based on common reed, reproducing the industry standard manufacturing process applied to wood chipboard. One of the main properties of the resulting board was its resistance to water, due to the hydrophobic properties of the common reed, despite there being no incorporation of melamine or any other waterproofing additive. The boards that were developed were analyzed using 2 mm and 4 mm sieves for fibre selection, a manufacturing pressure of 3 N/mm2 and 25 N/mm2, and a volume of urea formaldehyde resin content ranging from 5.2% to 13% (8 to 20% liquid format). Standard destructive tests were performed. It was found that under certain applied conditions, namely high pressure and adequate resin proportion (a pressure of over 3 N/mm2 and over 15% liquid resin), Arundo donax L. particleboard demonstrated full recovery from the swelling test. This finding highlights an unmatched property in terms of recovery from the swelling test of the designed board. This property confers a interesting property to be used in high humidity environments without the need for special resin or waterproofing process.

Keywords


Particleboards; Wood remainder; Shredder; Shredding machine; Particle board; Wood waste; Giant reed; Arundo donax

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