Garnet Moonstone Pink Opal Sweet Handmade Bracelet | Faux Pearl Bead

Featuring garnet, moonstone, and pink opal as the main stones, accented with a spherical faux pearl bead at the center, this bracelet exudes a sweet yet gentle energy. The berry-toned garnets seamlessly blend with the gradient of pink and white crystals, making it perfect for gifting, festive occasions, or simply as a cherished companion for your everyday moments. ☽ Crystal Meanings ✦ Garnet ・Symbolizes courage, action, and vitality ・Enhances self-confidence, providing the strength to move forward ・Ideal for those seeking proactive energy and romantic charm ✦ Moonstone ・Offers gentle serenity, promoting emotional balance ・Heightens intuition and inner peace ・Symbolizes new beginnings, making it a wonderful gift of blessing ✦ Pink Opal ・With its soft and delicate energy, it helps to soothe emotions ・Adds a sense of warmth to interpersonal relationships ・Symbolizes sweet affection, representing a healing crystal /Materials/ Garnet, Moonstone, Pink Opal 2mm Faux Pearl Bead Approx. 8mm /Size/ Bracelet inner circumference 15cm + 3.5cm extension chain ----------------------- /Notes/ 1. Each natural stone possesses unique grain and color variations. Please note that the finished product may not appear exactly identical to the product photos. However, this uniqueness ensures that each piece is one-of-a-kind, and we thank you for your appreciation and love. To prevent natural stones from chipping, avoid collisions while wearing. 2. Like all jewelry, pieces may oxidize over time with exposure to air. Proper care will prolong the lifespan of your jewelry. 3. For plated metal components, it is not recommended to wear this bracelet while showering or soaking in hot springs to avoid accelerating metal oxidation and fading. Oxidized and faded metal may be irreversible. When not wearing the metal chain, please store it in a zipper bag. 4. Due to variations in individual computer screen display settings, the actual product color will prevail. - - Origin/Manufacturing Method Hong Kong