Why Titanium Jewelry Is the Gold Standard in Piercing – And Why We Only Use the Best

Properly documented implant-grade titanium is lightweight, highly corrosion-resistant, biocompatible, and available in specifications appropriate for long-term contact with the body. These qualities make it an excellent choice for both fresh and healed piercings.

No. “Titanium” describes the metal, not its quality. Jewelry can be marketed as titanium without meeting an implant-grade specification or having documentation that verifies exactly what alloy was used.

For initial piercing jewelry, we look for titanium that meets recognized implant standards, such as ASTM F136 or other specifications accepted by professional piercing standards. Just as importantly, reputable manufacturers should be able to provide documentation supporting those claims.

ASTM F136 is a material specification for wrought titanium-6 aluminum-4 vanadium ELI alloy used for surgical implant applications. In professional piercing, documented ASTM F136 titanium is widely used for high-quality initial body jewelry.

Implant grade shouldn't simply be treated as a marketing phrase. It refers to material manufactured to a recognized specification appropriate for implant applications. A reputable jewelry manufacturer should be able to substantiate the specification of the metal they use.

Not necessarily. “Grade 23” describes a titanium alloy grade, but that alone doesn't establish that a particular batch of metal was manufactured and tested to ASTM F136 requirements. For body jewelry, we want verifiable material standards and documentation, not just a grade number on a product description.

A mill certificate or material test report documents information about the metal used to manufacture the jewelry. It can include the alloy composition, heat or lot information, mechanical properties, and specifications the material meets. This helps provide traceability rather than relying solely on a manufacturer's marketing claims.

High-quality implant-grade titanium is often an excellent option for people who have experienced sensitivities to other metals. Titanium used for piercing jewelry can be manufactured without nickel as a component of the alloy, making it especially useful when nickel exposure is a concern.

For our purposes, titanium is often our preferred choice. “Surgical steel” is a broad term and doesn't automatically tell you the exact alloy or standard of a piece of jewelry. Some properly documented implant-grade steels can be appropriate for body jewelry, but titanium offers the additional advantages of being lightweight and highly corrosion-resistant.

Fresh piercings need jewelry with appropriate material, construction, polish, size, and fit. Documented implant-grade titanium provides an excellent foundation because it is biocompatible, lightweight, and suitable for the healing environment when properly manufactured.

Yes! Titanium can be anodized, an electrochemical process that changes how light interacts with the oxide layer on the metal's surface. This allows titanium to appear in a variety of colors without applying traditional paint or plating.

Not at all. Titanium is also an excellent long-term jewelry option. Its lightweight feel, durability, anodizing possibilities, and huge variety of decorative styles make it useful well beyond the healing period.

No. Gold is a beautiful option, but it isn't a required “upgrade” from titanium. High-quality implant-grade titanium is premium body jewelry in its own right. Whether you eventually choose titanium, solid gold, or another appropriate material can simply come down to your style and budget.

Because quality jewelry shouldn't be an afterthought. We want to know what the jewelry is made from, who manufactured it, how it's constructed, and whether it's appropriate for a healing piercing. Using documented, professionally manufactured titanium allows us to offer excellent jewelry without requiring every client to purchase high-priced fine jewelry.