HomeStore

Titanium Internally Threaded Surface Bar

Product image 1
1 / 3

Titanium Internally Threaded Surface Bar

Titanium Internally Threaded Surface Bars fits M0.9/16g or M1.2/14g Internally Threaded Jewelry.  Manufactured from High Polish Implant Grade Titanium (Ti-6AL-4V-ELI ASTM F136) with 2mm rise and 90-degree angle.

Invictus now offers Surface bars without disk attachment ends, to take surface piercings from plain to dazzling. Another great way to collaborate with your clients which allows for complete customization of surface piercings from decorative to classic gems.

With these pieces sold as is, the opportunity to mix and/or and match your favorite styles is endless!
Titanium Internally Threaded Surface Bars fits M0.9/16g or M1.2/14g Internally Threaded Jewelry.  Manufactured from High Polish Implant Grade Titanium (Ti-6AL-4V-ELI ASTM F136) with 2mm rise and 90-degree angle.

Invictus now offers Surface bars without disk attachment ends, to take surface piercings from plain to dazzling. Another great way to collaborate with your clients which allows for complete customization of surface piercings from decorative to classic gems.

With these pieces sold as is, the opportunity to mix and/or and match your favorite styles is endless!
Select Would you like this sterilized?
Select Gauge & Length
From $8.75

Original: $25.00

-65%
Titanium Internally Threaded Surface Bar

$25.00

$8.75

Description

Titanium Internally Threaded Surface Bars fits M0.9/16g or M1.2/14g Internally Threaded Jewelry.  Manufactured from High Polish Implant Grade Titanium (Ti-6AL-4V-ELI ASTM F136) with 2mm rise and 90-degree angle.

Invictus now offers Surface bars without disk attachment ends, to take surface piercings from plain to dazzling. Another great way to collaborate with your clients which allows for complete customization of surface piercings from decorative to classic gems.

With these pieces sold as is, the opportunity to mix and/or and match your favorite styles is endless!
Titanium Internally Threaded Surface Bar | Z-Edge