Right Grand ASTM F136 Titanium Daith Heart Hoop Earring – Hinged Segment Ring with Clear CZ for Cartilage, Tragus & Helix Piercing Jewelry

Fall in love with everyday shine and certified comfort with the beautifully designed Right Grand ASTM F136 Titanium Daith Heart Hoop, a romantic yet modern piece that blends elegance, sparkle, and surgical-grade safety. Featuring a delicate heart-inspired silhouette and clear cubic zirconia accents, this hinged segment hoop is perfect for daith, tragus, helix, cartilage, and ear stack styling.

Crafted from ASTM F136 implant-grade titanium, this hoop is designed for long-term wear with exceptional biocompatibility. Unlike vague “G23” labeling often used in the industry, ASTM F136 is a certified surgical implant standard specifically made for safe human body contact. This means a cleaner alloy composition, reduced impurities, and a significantly safer experience for sensitive piercings.

The design features a 16G (1.2mm) thickness with 8mm and 10mm hoop size options, making it ideal for a snug yet comfortable fit across multiple piercing placements. The hinged segment closure ensures easy insertion and secure wear, eliminating irritation while keeping your jewelry firmly in place throughout the day.

Each hoop is adorned with prong-set clear cubic zirconia, adding a subtle sparkle that catches light beautifully from every angle. Finished with a high-polish mirror shine and optional gold PVD plating, this piece delivers a refined neo-gothic aesthetic that works effortlessly with both minimalist and bold ear stacks.

Hypoallergenic and safe for men, women, and children, this titanium hoop is perfect for both fresh and healed piercings. Its lightweight build ensures irritation-free comfort, making it suitable for everyday wear or special occasions like weddings, parties, anniversaries, and thoughtful gifting.

From soft romantic vibes to edgy curated ear looks, this daith heart hoop combines elegance, durability, and certified implant-grade safety in one timeless piercing essential.