Best Seller Labradorite & Black Obsidian - Toi Et Moi Bracelet Set [u2i8MOzG]

Labradorite & Black Obsidian Toi Et Moi Bracelet

Introducing the Labradorite & Black Obsidian Toi Et Moi Bracelet, a powerful blend of celestial energy and earthy strength. This exquisite piece combines the shimmering allure of authentic Moon Magic Labradorite with the profound grounding of Moon Magic Black Obsidian. Each bracelet is designed to radiate resilience, protection, and a sense of unstoppable confidence. Embrace the energy of this magical combination and wear it as a symbol of your inner strength.

• Authentic Moon Magic Labradorite & Black Obsidian
• Resilience and protection against life's challenges

Product Details

Crafted with precision and care, the Toi Et Moi Bracelet boasts a pear-shaped Labradorite and a round-shaped Black Obsidian stone, both cut to perfection. The pear stone measures 0.27" x 0.19" (7mm x 5mm), adding a touch of elegance to the design. The bracelet features a 7" chain length with a convenient 1" extender, ensuring a comfortable fit for everyone. Each stone weighs 0.91 ct, while the metal weight is 1.23 g. The gem authenticity is approved by the prestigious GIA, guaranteeing the highest quality and reliability.

• Pear Stone Size: 0.27" x 0.19" (7mm x 5mm)
• Chain Length: 7" with 1" extender
• Stone Weight: 0.91 ct
• Metal Weight: 1.23 g
• Gem authenticity approved by GIA

Wear the Energy of Resilience

The Labradorite & Black Obsidian Toi Et Moi Bracelet is more than just an accessory; it's a daily companion that enhances your journey through life's ups and downs. Its unique blend of properties provides the resilience needed to face any storm and the strength to keep moving forward. Whether you're navigating personal challenges or striving for professional success, this bracelet is your constant ally. Wear it as a testament to your courage, determination, and the unwavering belief in your own strength.

• Resilience to overcome life's challenges
• Strength to keep moving forward
• Symbol of courage and determination