Wire ring, 12 ga
- Diameter: 1/2" (13mm)
- Gauge (Thickness): 12 (2.0mm)
- Material: 316L surgical grade stainless steel
- Type: captive bead ring
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Straight barbell with hologram balls, 16...
Straight barbell with hologram balls, 16 ga
- Gauge (Thickness): 16 (1.2mm)
- Ball size: 3/16" (5mm)
- Material: 316L surgical grade stainless steel
- Material: acrylic
- Type: straight barbell
- -: priced and sold individually
shown: 16mm length and 5mm balls
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UV ball and cone circular barbell,...
UV ball and cone circular barbell, 14 ga
- Gauge (Thickness): 14 (1.6mm)
- Cone size: 3/16" (5mm)
- Material: 316L surgical grade stainless steel
- Material: acrylic
- Type: circular barbell
Shown: 14mm circular barbell with 5mm ball.
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Eye ball titanium circular barbell, 10...
Eye ball titanium circular barbell, 10 ga
- Diameter: 1/2" (13mm)
- Gauge (Thickness): 10 (2.5mm)
- Material: acrylic
- Material: surgical grade solid titanium
- Type: circular barbell
- -: priced and sold individually
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Titanium horseshoe barbell with die and...
Titanium horseshoe barbell with die and ball, 14 ga
- Gauge (Thickness): 14 (1.6mm)
- Material: acrylic
- Material: surgical grade solid titanium
- Type: circular barbell
Shown: 13mm circular barbell with 5mm ball and die.
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Quotes from Piercing FAQ
Annealing The milling of stainless steel wire used in captive bead rings (not to be confused with bar stock that is used in barbells) work-hardens the wire to a point that it loses some of its corrosion resistance properties. It requires these properties to be considered implant grade. Annealing is a process of heat treating metal. It involves heating steel to about one half of its melting point and cooling it in a controlled environment. Annealing stainless steel serves to produce changes in the physical condition, mechanical properties and residual stress levels of the metal. Specifically, the annealing process serves to reduce the corrosive tendencies of the work-hardened metal. During annealing, chromium carbides, which markedly decrease resistance to inter-granular corrosion, are dissolved. Annealing literally cleans up the metal. We all know that annealed jewelry is easier to work with, and what we need to understand is that non-annealed jewelry might not be safe to use in piercings.
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