






Hypoallergenic Chain Linked Round Clicker Hoop & Stud Earring
✔️ Water, sweat and heat proof
✔️ Hypoallergenic
✔️ Tarnish free and won't discolour
If you have several cartilage piercings and are looking for a new way to dress them up then you will love this unique 16 gauge lobe to cartilage chain earring. Made with durable surgical grade steel, this pair of cartilage earrings features a clicker hoop and 6MM stud connected via chain. This double earring can be worn in two 16 gauge outer cartilage piercings. Stainless 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
- PVD coating
- Thickness: 1MM / 18G (Hoop) 1.2MM / 16G (Stud)
- Length: 6MM
- Externally threaded.
- Sold individually
- Suitable for lobe and cartilage piercings.
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: $14.00
-70%$14.00
$4.20Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ Water, sweat and heat proof
✔️ Hypoallergenic
✔️ Tarnish free and won't discolour
If you have several cartilage piercings and are looking for a new way to dress them up then you will love this unique 16 gauge lobe to cartilage chain earring. Made with durable surgical grade steel, this pair of cartilage earrings features a clicker hoop and 6MM stud connected via chain. This double earring can be worn in two 16 gauge outer cartilage piercings. Stainless 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
- PVD coating
- Thickness: 1MM / 18G (Hoop) 1.2MM / 16G (Stud)
- Length: 6MM
- Externally threaded.
- Sold individually
- Suitable for lobe and cartilage piercings.
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.














