








16 Gauge Hypoallergenic Spike Tip Labret Stud
✔️ Water, sweat and heat proof
✔️ Hypoallergenic
✔️ Tarnish free and won't discolour
Add a little punk rock style to your piercings with this 16 gauge stud! It's made with an 8MM titanium ion plated, surgical steel straight post with a flat back end. It features 3MM spike shaped end for a look that goes with everything! You can even rock this look in multiple piercings including lip, monroe, tragus, helix and some conch piercings. Surgical grade steel is a great choice for most people with suitable for sensitive skin or allergies due to it's hypoallergenic properties.
- Material: 316L Surgical Steel
- Ion Plated
- Thickness: 1.2MM (16 Gauge)
- Length: 8MM
- Flat back
- Suitable for a range of piercings including cartilage, monroe, labret & more.
- 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: $7.00
-70%$7.00
$2.10Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ Water, sweat and heat proof
✔️ Hypoallergenic
✔️ Tarnish free and won't discolour
Add a little punk rock style to your piercings with this 16 gauge stud! It's made with an 8MM titanium ion plated, surgical steel straight post with a flat back end. It features 3MM spike shaped end for a look that goes with everything! You can even rock this look in multiple piercings including lip, monroe, tragus, helix and some conch piercings. Surgical grade steel is a great choice for most people with suitable for sensitive skin or allergies due to it's hypoallergenic properties.
- Material: 316L Surgical Steel
- Ion Plated
- Thickness: 1.2MM (16 Gauge)
- Length: 8MM
- Flat back
- Suitable for a range of piercings including cartilage, monroe, labret & more.
- 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.




















