ASTM F-136 Titanium 7 Balls Link Internally Thread Labret for Ear Piercings – Implant Grade Jewelry
Upgrade your ear jewelry with this ASTM F-136 Titanium 7 Balls Link Internally Thread Labret, designed for a sleek, modern look with maximum comfort and safety. Crafted from implant-grade titanium (ASTM F-136), this premium labret is highly durable, corrosion-resistant, and completely hypoallergenic—perfect for sensitive skin and long-term wear.
This unique piece features a 7-ball linked design, creating a smooth, connected chain-like aesthetic that adds texture and dimension to your ear styling. Each polished bead is seamlessly aligned for a clean, contemporary finish that stands out while remaining minimal. The internally threaded post ensures easy, irritation-free insertion, reducing damage to the piercing and supporting better healing.
Ideal for multiple ear piercings including helix, tragus, conch, and lobe piercings, this labret is perfect for creating curated ear looks and stylish combinations.
✨ Key Features:
- Material: Implant Grade Titanium (ASTM F-136) – hypoallergenic & nickel-free
- Design: 7 Balls Link for a modern, chain-style appearance
- Threading: Internally threaded for safe and smooth wear
- Finish: High-polish surface for a sleek, refined look
- Usage: Suitable for various ear piercings
💎 Why Choose This 7 Balls Link Labret?
- Safe for new and healed ear piercings
- Unique linked bead design for a trendy aesthetic
- Lightweight and non-reactive for all-day comfort
- Professional-grade jewelry trusted by piercers
Enhance your ear jewelry collection with a perfect blend of style, durability, and comfort. This ASTM F-136 Titanium 7 Balls Link Internally Thread Labret is an ideal choice for those who want a distinctive yet versatile piece.
| Color | Polished, PVD Gold |
|---|---|
| Size | 1.2*10mm(4mm)- 16G, 1.2*12mm(4mm)- 16G, 1.2*14mm(4mm)- 16G, 1.2*4mm(4mm)- 16G, 1.2*5mm(4mm)- 16G, 1.2*6mm(4mm)- 16G, 1.2*7mm(4mm)- 16G, 1.2*8mm(4mm)- 16G |
| Material | ASTMF-136 |

Reviews
There are no reviews yet.