Abstract
The proposed research aims to develop a novel technique for the creation of composite riot helmet shells with reinforcing fibre continuity for better protection against low-velocity impacts. In this research paper, an innovative, simple and effective method of making a single-piece continuous textile reinforced helmet shell using vacuum bagging has been established and discussed. This technique also includes the development of solid collapsible moulding apparatus from nonwoven fibres. Angle-interlock fabric, due to its good mouldability, low shear rigidity and ease of production, is used in this research. Several wrinkle-free single-piece composite riot helmet shells have been manufactured.
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