Hybrid Soft Ballistic Panel Packages with Integrated Graphene-Modified Para-Aramid Fabric Layers in Combinations with the Different Ballistic Kevlar Textiles

The purpose of the research discussed in this article is to explore the possibility of creating hybrid soft ballistic panel (BP) package variants by integrating into their composition layers of graphene-modified para-aramid fabrics in combinations with the different ballistic Kevlar textiles to impr...

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Bibliographic Details
Published in:Polymers 2024-07, Vol.16 (15), p.2106
Main Authors: Kukle, Silvija, Valisevskis, Aleksandrs, Briedis, Ugis, Balgale, Ilze, Bake, Ieva
Format: Article
Language:English
Subjects:
Aramid fiber reinforced plastics
Armor
Ballistics
Deformation
Energy dissipation
Friction
Graphene
Graphite
High density polyethylenes
Impact analysis
Kevlar (trademark)
Liquid phases
Nanocomposites
Parameter modification
Polyethylene
Process parameters
Roles
Stress concentration
Textiles
Yarn
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Summary:The purpose of the research discussed in this article is to explore the possibility of creating hybrid soft ballistic panel (BP) package variants by integrating into their composition layers of graphene-modified para-aramid fabrics in combinations with the different ballistic Kevlar textiles to improve the durability of the first layers of the soft ballistic panel. To address this goal, the liquid-phase exfoliation (LPE) method was used for integrating dispersions into composites to solve a number of topical problems in the stages of the technological sequence development of processing methods and optimizing processing parameters in accordance with the processing specifics of aramid textiles to achieve the desired properties of modified ballistic fabric, including the provision of coating adhesion to the surface to be modified. To test the results, ballistic experiments were performed and the back-face signature (BFS) of bullet impact on a backing material was analysed according to standards. Bullet impacts on the first ballistic protective fabric layers were also studied.
ISSN:2073-4360
2073-4360
DOI:10.3390/polym16152106