September 10, 2025Acta periodica technologicaOpen Access

Development of high-densitypolyethylene-matrix composites reinforced with silica and kaolin

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Study demonstrates improved mechanical properties in high-density polyethylene composites, indicating potential for construction applications.

Composites reinforced with 12 wt.% silica and kaolin achieved the highest tensile strength of 30.93 MPa.
The flexural strength reached 77.81 MPa at 18 wt.% filler loading, indicating enhanced performance for flooring and roofing usages.
SEM analysis revealed that optimal filler dispersion occurs at 6 wt.%, 12 wt.%, and 18 wt.%, while higher concentrations led to agglomeration.
Multiple Linear Regression provided more accurate predictions for impact strength compared to the Artificial Neural Network model.

Ohia et al. (2025) studied this question.

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September 10, 2025Acta periodica technologicaOpen Access

View Full Paper

Ask AI

Bookmark

Authors

Study demonstrates improved mechanical properties in high-density polyethylene composites, indicating potential for construction applications.

Composites reinforced with 12 wt.% silica and kaolin achieved the highest tensile strength of 30.93 MPa.
The flexural strength reached 77.81 MPa at 18 wt.% filler loading, indicating enhanced performance for flooring and roofing usages.
SEM analysis revealed that optimal filler dispersion occurs at 6 wt.%, 12 wt.%, and 18 wt.%, while higher concentrations led to agglomeration.
Multiple Linear Regression provided more accurate predictions for impact strength compared to the Artificial Neural Network model.

Ohia et al. (2025) studied this question.

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