Pendant in 950 Silver with Natural Fire Agate | Rocas & Cristales

Exclusivity & Design — Pendant with Fire Agate: This author-made pendant in 950 silver is set with natural fire agate, a stone of exceptional iridescence that flashes orange, red, green, and gold from within its own depths. Hand-crafted in our Córdoba, Argentina workshop, it is a piece built entirely around the stone's own play of light.

Aesthetic Details — Pendant with Fire Agate: Fire agate takes its name from the internal iridescence that mimics living flame beneath its surface. Tilt the stone and new tones emerge — golden amber shifting to deep red and emerald green, depending on the angle of light. Fire agate belongs to the chalcedony family, a microscopically fine-grained form of quartz, and its internal iridescent layer formed as iron oxide minerals settled in thin bands within cavities of the host rock over millions of years. Each piece is hand-selected and assembled by our gemology team, who verify the stone's authenticity and the quality of the silverwork before any pendant is considered finished.

Craftsmanship & Shipping — Pendant with Fire Agate: Hand-crafted in Córdoba, Argentina, this pendant is backed by our quality guarantee and ships complimentary to any destination in the world.

Natural Stone Properties — Pendant with Fire Agate: Fire agate's iridescence comes from microscopically thin internal layers of iron oxide that diffract light much like a soap bubble, an effect gemologists call thin-film interference. Sourced from Mexico and the southwestern United States, it is the natural stone of vitality, passion, and creative spark — associated with the sacral and root chakras and considered resonant for Scorpio and Aries, igniting inner fire and encouraging a motivated, wholehearted way of living. Beyond its visual drama, fire agate has long been associated with grounded confidence and a steady, sustained sense of personal power, making it a favorite among those who wear natural stone as a daily anchor rather than an occasional accent. Each specimen's pattern of color is entirely its own, shaped by the unique mineral conditions present during its formation.