Aventurine Tumbled Stone Gemstone Jewelry Chain Pendant - A Quality #0547

Aventurine Gemstone Pendant – Tumbled Stone with Fabric Cord

A classic and natural gemstone pendant made from genuine aventurine, crafted from a carefully polished tumbled stone. The aventurine impresses with its gentle, even green and the fine shimmer that gives it its characteristic luster.

With a size of approx. 25 x 16 mm, this pendant is an elegant eye-catcher – simple, natural, and versatile to wear. The drilled hole (approx. 2.5 mm) is ideal for common leather cords, omega necklaces, or delicate silver chains.

The included black fabric cord (approx. 80 cm) is soft and supple, making the pendant comfortable against the skin and offering high wearing comfort.
You will receive exactly the gemstone pendant shown – each piece is a unique natural creation.

Product Details

• Gemstone: Aventurine (tumbled stone, green)

• Size: approx. 25 x 16 mm (L x W)

• Drilled hole: approx. 2.5 mm (suitable for leather cords, omega necklaces, or delicate silver chains)

• Cord: Black fabric cord, approx. 80 cm

• Wearing comfort: Soft, supple & comfortable to wear

• Workmanship: Polished natural stone – high-quality & durable

• Scope of delivery: Aventurine pendant as pictured, including fabric cord

Geological Information

• Mineral Class: Silicates (Quartz variety)

• Chemical Composition: SiO₂ (Silicon dioxide) with inclusions of Fuchsite (Chromium mica), which give the stone its green color and luster

• Crystal System: Trigonal

• Hardness (Mohs): 7

• Density: approx. 2.65 g/cm³

Locations

Main deposits of aventurine are found in:

• Brazil

• India

• Russia (Urals)

• Tanzania

• China

• Austria

Special Features

• Genuine Aventurine – polished tumbled stone in natural form

• Beautiful coloration: gentle, even green with fine shimmer

• Drilled hole (2.5 mm) – suitable for various chain types

• Includes fabric cord (80 cm) – ready to wear

• Each piece is a unique natural creation

• Fine hand polishing – pleasant feel & silky-smooth surface