Triad Scarf

The Sacred Triad Scarf – A Tribute to Goddesses of Wisdom, Hearth & the Wild
🦉✨ Honor the Divine Feminine in Her Threefold Power – of strategy, sanctuary, and untamed spirit.

This hand-printed cotton bandana is a sacred homage to Hestia, Athena, and Artemis—the triple embodiment of wisdom, protection, and wild freedom. Inspired by myth and guided by ritual, it's made for those who seek grounding in ancient strength and modern magic.

The Design:
Set against a steel blue background, an icy blue print unfurls with symbols drawn from each goddess’s domain:
– A lyre and a warrior's helmet rest beneath the triple moon
– Olive branches, chaste tree berries, and cypress sprigs weave through the pattern
– Arrows fly alongside galloping animals, and a watchful owl keeps silent vigil
At the heart, their sacred elements form a runic sigil—an invocation to their united power.

A meaningful piece for ritual wear, altar adornment, or daily devotion—wrapped in myth and intention.

💙 Available in two shades
Stone Blue with Ice Blue Ink (approx. 48 x 50 cm)
Adriatic Blue with Ice Blue Ink (approx. 48 x 50 cm)

Details:
🎨 Original illustration, designed in Berlin
🖐 Hand-printed using water-based inks
🌿 Made with 100% cotton
🧺 Hand wash cold recommended
🧼 Iron low on reverse side if needed
📸 Note: Color and texture may vary slightly due to the handmade process

A talisman for seekers, storytellers, and those who walk with goddesses.

✨ Find more magic:
📸 Instagram: @catmagiccollective
🎥 TikTok: @catmagiccollective
🌐 Shop: www.catmagiccollective.com

✨ Find more magic:
📸 Instagram: @catmagiccollective
🎥 TikTok: @catmagiccollective
🌐 Shop: www.catmagiccollective.com

GSPR Notice
BANDANAS
•    Fiber Composition: 100% cotton
•    Country of Origin: Blank textile made in China. Screen printed in Germany
•    Alexandra Aquilina Zwiestädterstrasse 4, 12055 Berlin Germany
•    Textiles, Inks and dyes are REACH Compliant
•    Care instructions: Hand wash cold. Do not bleach. Do not tumble dry. Do not machine wash. Iron on reverse at low temperature