Details
Citrine Druzy Pendant Sterling Silver - Raw Crystal Gemstone 1 Inch
Citrine Druzy Pendant
This pendant showcases a raw citrine druzy in its natural, crystalline state - hundreds of tiny quartz crystals clustered together create a sparkling surface that catches light like fine sugar. The organic, freeform shape is wrapped in a sterling silver bezel that follows the stone's natural contours, making each piece genuinely one-of-a-kind.
Product Specifications:
- Gemstone: Natural citrine druzy (crystalline quartz)
- Pendant size: 1 inch x 1 inch (approximate)
- Setting: .925 sterling silver bezel
- Bail: Sterling silver, fits chains up to 4mm wide
- Stone surface: Raw, natural druzy crystal formation
- Shape: Organic, freeform (varies by piece)
What Makes It Special
Unlike faceted gemstones, druzy shows off the crystal's natural formation - the way it grew in the earth. Each tiny crystal point refracts light independently, creating an almost glittery effect that shifts as you move. The sterling silver setting is hand-fitted to each stone's unique shape, preserving its raw, natural edges.
Perfect For Your Lifestyle
This makes a statement without being heavy or fussy. The druzy surface is surprisingly durable - the tiny crystals are tightly packed and secure in their natural matrix. Works well on leather cord for a casual look or sterling chain for something more refined. Best worn over clothing rather than directly against skin to preserve the crystal surface.
About Citrine Druzy
Citrine is quartz colored by iron impurities, ranging from pale yellow to deep amber. Druzy forms when tiny crystals grow on a matrix stone, creating that signature sparkly surface. Natural citrine has warmer, more golden tones compared to heat-treated stones.
Care & Longevity
The druzy surface is stable but avoid hard impacts. Clean with a soft, dry brush - don't soak or use harsh chemicals. Sterling silver will develop natural patina over time, which you can polish or leave for character.
Each pendant is unique due to natural crystal formation and organic shape.
