In the present decade, the demands for recyclable, environmentally friendly and low-cost
with good strength composites materials have been significantly increased. In this context …

We investigated the effects of fiber variability, size, and content on selected mechanical and
physical properties of wood plastic composites. HDPE and fibers were compounded into …

The aim of this study was to understand the roles of processing method and fiber size on the
properties of wood–plastic composites (WPC). Composites were manufactured using …

Fiber length and distribution play important roles in the processing and mechanical
performance of fiber‐based products such as paper and fiberboard. In the case of wood …

Dimension stability is the degree to which materials can maintain their original dimension
under different temperatures and humid conditions. The stability of dimensions is …

The hygroscopicity of woody materials results in moisture absorption into wood-based
composites, including wood–plastic composites (WPC). The objective of this research was to …

Wood–plastic composites (WPCs) undergo cyclic dimensional changes due to periodic
absorption and desorption of moisture, and the resulting loss of mechanical integrity can be …

For the production of WPC, the flat pressing technology can be considered as an alternative
to common techniques, particularly when manufacturing large-dimensioned panels. The aim …

This study focused on the optimization of material resistance of wood-plastic composite
(WPC) made using recycled polypropylene and industrial ironwood residues toward water …

The objective of this study was to evaluate physical and mechanical properties of medium
density fibreboard (MDF) panels made from kenaf core as function of fibre geometry and …