A method of forming a glass bead includes a step of hot working a first layer of molten glass on a mandrel. The method includes another step of fusing a first molten glass structure to the first layer of molten glass to form a fused workable piece. The first molten glass structure includes a first color. The method includes yet another step of forming the fused workable piece into the glass bead including the first color dispersed through the glass bead.

The present disclosure is directed to glass spheroids and methods of making these spheroids that have significantly increased resilience to applied pressure and surface scratching. In addition, the present disclosure is directed to tailless Prince Rupert's Drops and methods of making tailless Prince Rupert's Drops.

The present disclosure is directed to glass spheroids and methods of making these spheroids that have significantly increased resilience to applied pressure and surface scratching. In addition, the present disclosure is directed to tailless Prince Rupert's Drops and methods of making tailless Prince Rupert's Drops.

A method of forming a glass bead includes a step of hot working a first layer of molten glass on a mandrel. The method includes another step of fusing a first molten glass structure to the first layer of molten glass to form a fused workable piece. The first molten glass structure includes a first color. The method includes yet another step of forming the fused workable piece into the glass bead including the first color dispersed through the glass bead.