Skip to product information
1 of 5

Khrysos Jewelry

Auralyn - 16G Internally Threaded End

Auralyn - 16G Internally Threaded End

Regular price $37.00 USD
Regular price Sale price $37.00 USD
Sale Sold out
Shipping calculated at checkout.
Size
Gem Color: Opalite

This titanium internally threaded end features a delicate branch design accented with shimmering CZ and a glowing opalite stone for a soft, organic look. The combination of sparkle and subtle iridescence creates a unique, eye-catching piece.

Features:

  • Made from titanium
  • Internally threaded design
  • Fits 16G (1.2mm) and 18G (1.0mm) posts
  • Measures 14.8mm x 6.3mm
  • Branch-inspired design
  • Set with cubic zirconia and opalite
  • Soft iridescent glow with added sparkle
  • Lightweight and comfortable
  • Durable and suitable for daily wear
  • Ideal for cartilage, helix, or curated ear styling

Materials

Ti 6AL 4V ELI is Titanium that has been alloyed with 6% aluminum and 4% vanadium with extra low interstitial. Khrysos offers a lifetime guarantee on the workmanship of all its ASTM F-136 titanium. If there is any defect caused by manufacturing, please contact us at any time, and we will gladly replace your piece once we receive the original broken piece back.

Care Instructions

All Titanium is fully autoclavable, however, please consult your autoclave manual for specific settings before autoclaving. Do not use harsh chemicals on any jewelry.

Shipping & Returns

Free USPS economy shipping for orders over $25; all orders insured. Domestic orders received by 1pm processed same day, except USPS pickups, which occur the next day. International shipping available; expect 1-2 extra days for courier pickup. You're responsible for import taxes, fees, VAT, and any additional charges. Pierced Addiction guarantees product quality and offers replacements for damaged or incorrect items within 7 days of receipt, provided they're in original sealed packaging. Lifetime guarantee on ASTMF-136 titanium items; contact us for replacements due to manufacturing defects.

View full details