925 Sterling Silver Pendant - Dream Feather with Stone Embellishment

Immerse yourself in the world of dreams with our enchanting 925 sterling silver pendant, featuring a delicate dream feather adorned with stone embellishments. Available in two size variations and two different stone embellishments: either Onyx or Turquoise.

• Design: Our pendants showcase a delicate dream feather accentuated by intricate embellishments and a sparkling stone. The intricate design and loving details give this piece of jewelry a fairytale aesthetic and graceful lightness.
• Material: Crafted from high-quality 925 sterling silver, this pendant is of durable quality and radiates a noble shine. The stone embellishments, whether Onyx or Turquoise, add subtle elegance to the pendant, emphasizing its timeless beauty.
• Meaning: The feather symbolizes lightness, freedom, and the flow of dreams. The stone embellishments, whether Onyx or Turquoise, lend additional symbolic meaning to the pendant, be it protection, stability, or spiritual strength.
• Versatility: Wear this pendant as an expression of your connection to your dreams and spiritual journey. It is the perfect accessory for anyone inspired by the beauty of nature and the magic of dreams.
• Gift Idea: Looking for a special gift for a dreamcatcher or a lover of spiritual jewelry? Our 925 Sterling Silver Pendant - Dream Feather with Stone Embellishment is a heartfelt gesture that is sure to bring joy and admiration.
• Conclusion: With our pendant, you can carry the beauty and magic of your dreams with you at all times. Choose your preferred size and stone embellishment and let yourself be enchanted by the lightness and elegance of this fascinating piece of jewelry.

Item Details

• Dimensions: approximately 49 mm x 12 mm x 6 mm
• Weight: approximately 5 g
• Stone Colors: Onyx & Turquoise

Care Instructions

• To maintain your 925 silver jewelry, use a silver polishing cloth or a mild soap solution for cleaning. Avoid moisture and chemicals, and store it in an airtight bag to prevent oxidation.