Multicolor Chainmaille Temari Pendant on 24-inch Black Rubber Cord Necklace

Japanese Dodecahedron Necklace on 24" rubber cord
Japanese Dodecahedron Pendant in Multi Color Stacks
Japanese Dodecahedron Temari Pendant with Glass Marble Center
Japanese Dodecahedron Necklace on 24" rubber cord Japanese Dodecahedron Pendant in Multi Color Stacks Japanese Dodecahedron Temari Pendant with Glass Marble Center
Multicolor Chainmaille Temari Pendant on 24-inch Black Rubber Cord Necklace
$33.00
Only 1 available
Temari Pendant color options

Chainmaille Temari Necklace features a delightful multi-color pendant on a smooth rubber cord.  The pendant follows the chainmaille Japanese dodecahedron pattern, made in colorful jump rings as the base, with an aqua color glass marble in the center for a stable sphere that stays true in shape, and the tiniest wiggles of the shiny silver color rings on the outer surface, all in all a solid construction with all parts perfectly fitted together!  The innocent geometry on the surface of the pendant, along with colorful triangles, are reminiscent of the intricate Temari balls that are part of the Japanese folk arts.

The Temari pendant measures about 1 1/4 inches in diameter, comes on a 2 mm thick, 24 inches long black rubber cord.

Looking for other color patterns of the Temari pendant?  They can be made available by custom orders.  Drop me a note at Contact me and let me know what you are looking for; I will be happy to help you with a personalized design.

This beautiful necklace makes for a perfect gift for the princess in your life, or that forever child in you.


Primary Material: anodized and bright aluminum, glass marble, rubber cord

Size: pendant is 1.25" in diameter; rubber cord is 24"


About the photographs in this listing

The photographs in this listing are taken by me and presented for your review. I strive to depict the coloration as close as possible to when it is viewed in person; however, due to different brands and settings of monitors and cell phone screens, slight variations in hues and shades may exist.