The effect of acid aging on the mechanical and tribological properties of coir–coconut husk-reinforced low-density polyethylene composites

Mechanical and frictional properties of coconut husk powder reinforced polymer immersed in a simulated acidic medium for oil/gas applications

“…However, polymeric materials like low-density polyethylene (LDPE) have poor wettability leading to poor bonding with the fibre and void inclusions. These are key challenges in fabricating fibre-reinforced polymer materials [ 13 , 14 ]. Several studies are currently ongoing on improving fibre/matrix bonds through numerous surface treatments and modifying the matrix to improve the composite characteristics.…”

“…Consequently, this study aims to address a growing need for a comprehensive research into polymer behaviour under aggressive conditions. The widespread use of sachet packaging made from LDPE has increased the availability of LDPE polymer, especially in developing countries [ 13 ]. The availability of LDPE polymer from the sachet water industry has implications for its potential use in the oil and gas sector.…”

Optimization and modelling of the fracture inhibition potential of heat treated doum palm nut fibres in phenolic resin matrix polymer composite: a Taguchi approach

“…Consequently, natural fibres have been subjected to various forms of surface treatment to enhance their hydrodynamic wettability, thermodynamic miscibility, and interfacial bond strength before being employed as reinforcements in polymer composites (Liu et al 2019). The use of chemicals is the commonest method that has been used to treat the surfaces of natural fibres processes (Obi Reddy et al 2012, Kumar et al 2018, Liu et al 2019, Obada et al 2020. Although, chemical treatment of natural fibres greatly improves their interfacial bond strength in polymer matrix composites, the longtime effect of the residue chemicals on fibres could be detrimental to the strength and lifespan of the composites, and hazardous to man and the environment.…”