




16 Gauge Titanium Internally Threaded Crystal Teardrop Stud
✔️ Water, sweat and heat proof
✔️ Hypoallergenic & nickel free
✔️ Tarnish free and won't discolour
Your piercings will sparkle every time you wear this little star shaped stud! This internally threaded stud features a sparkling prong set teardrop shaped crystal topper and a comfortable flat back end. Titanium jewellery is hypoallergenic and won't tarnish, it's nickel free and perfect for those with sensitive skin or allergies - it's perfect to wear every day!
- Hypoallergenic & nickel free
- Water resistant & won't tarnish
- Material: TITANIUM 6AL-4V-ELI ASTM F-136
- PVD coated
- Stone: Cubic zirconia
- Thickness: 1.2MM (16 Gauge)
- Length: 8MM
- Internally Threaded
- Flat Back
- Suitable for a wide range of cartilage and labret piercings.
- Sold individually
Our piercing forceps are a handy tool which can really help out with opening and closing jewellery, bending hoops and unscrewing ball ends. You can find them here.

Original: $20.00
-70%$20.00
$6.00Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ Water, sweat and heat proof
✔️ Hypoallergenic & nickel free
✔️ Tarnish free and won't discolour
Your piercings will sparkle every time you wear this little star shaped stud! This internally threaded stud features a sparkling prong set teardrop shaped crystal topper and a comfortable flat back end. Titanium jewellery is hypoallergenic and won't tarnish, it's nickel free and perfect for those with sensitive skin or allergies - it's perfect to wear every day!
- Hypoallergenic & nickel free
- Water resistant & won't tarnish
- Material: TITANIUM 6AL-4V-ELI ASTM F-136
- PVD coated
- Stone: Cubic zirconia
- Thickness: 1.2MM (16 Gauge)
- Length: 8MM
- Internally Threaded
- Flat Back
- Suitable for a wide range of cartilage and labret piercings.
- Sold individually
Our piercing forceps are a handy tool which can really help out with opening and closing jewellery, bending hoops and unscrewing ball ends. You can find them here.























