"Some Enchanted Evening" Druzy Oca Agate Geode with Freshwater Pearl and Labradorite Beaded Necklace
- Regular Price
- $180.00
- Sale Price
- $180.00
- Regular Price
- Unit Price
- per
Description
Capture the magic of twilight with the “Some Enchanted Evening” necklace. At its center rests a striking agate geode, revealing a shimmering druzy pocket framed by naturally occurring white patterns that drift across a deep, jet-black background. The stone’s dramatic contrast evokes the quiet mystery of a star-lit sky. The necklace is elegantly accented with luminous freshwater pearls and labradorite beads, whose subtle flashes of iridescence add depth and movement. Sterling silver elements provide refined highlights, completing a composition that feels both sophisticated and quietly enchanting. A piece designed to feel unforgettable—like an evening where beauty, light, and atmosphere come together in perfect harmony.
Necklace length 18" and pendant length 1"
Stone: Druzy Oca Agate Geode
- Healing properties: for protection and resilience
- Beads: fresh water pearls and natural labradorite beads
- Pairs well with: virtually any color
Metal
925 sterling silver, 999 fine silver, and 14K gold accent
Shipping & Packaging
All products are made in and shipped from Touchstone Jewelry studios in Washington. Your jewelry will come in an attractive gift box with a magnetic clasp. If one or more items are gifts, please leave a note at checkout, and we will pack/ship them separately and include a personal message from you.
Quality
Touchstone Jewelry is made all-natural, ethically sourced stones and beads, as well as the highest quality metals. Recycled materials are used when available.
Care
Use a soft cloth to gently clean your jewelry. Remove any remaining impurities with mild soapy water. Avoid abrasive cleaners, steamers, or ultrasonic machines, as well as chemicals found in lotions, perfumes, pools/hot tubs, and cleaning agents. Dry well with a soft, clean cloth, and store your jewelry in a dry place, avoiding humidity and direct sunlight.