Why Oxidation, Not Anodizing

Most colored titanium jewelry you'll find is anodized, a fast, electrochemical process that pushes color across a spectrum: blues, purples, golds, sometimes rainbow effects, all from the same piece of metal depending on voltage. It's quick, and it's why so much titanium jewelry looks the way it does.

I don't work that way. Every piece I make is heat-oxidized instead. Before it ever goes near heat, it goes through its own process of preparation, cleaned and readied by hand. Then it sits in the oven for hours, not minutes. Three to five hours for most pieces, up to nine for something large like a headpiece, brought to a controlled temperature until the surface itself darkens, all the way to a near-black finish. No dye, no coating sitting on top of the metal waiting to wear off. The color is the metal's own oxide layer, formed by heat, not added after the fact.

That difference matters more than it sounds. Anodized color can fade or shift with wear, since it's a thin surface effect. Oxidized color is part of the metal's actual structure. It's not going anywhere.

It's also why every piece from my atelier reads as one consistent, deep tone rather than a rainbow of finishes. I'm not choosing colors so much as choosing a temperature and a process, and letting the material do what it actually does.

Grade 2 titanium, hypoallergenic, 99.2% pure. The same material used in medical implants, now carrying a color that's built to outlast the piece itself. Handmade in my Florence atelier, the same way every piece has been since I started.