Noble Lepidolite Tumbled Stone Gemstone Jewelry Necklace Pendant - A Quality #0536

Lepidolite Tumbled Stone Pendant – with Fabric Cord

An exceptionally beautiful Lepidolite gemstone pendant, lovingly polished.
The stone displays a harmonious violet to pink shading with fine, natural glimmer, which gives lepidolite its characteristic silky luster.

With a size of approximately 25 x 19 mm, this pendant is a subtle yet striking eye-catcher.
The drilled hole (approx. 2.5 mm) is ideal for leather cords, omega necklaces, or delicate silver chains.

The included black fabric cord (approx. 80 cm) is soft, supple, and comfortable to wear.
You will receive exactly the gemstone tumbled stone pendant pictured – a unique piece of nature's artistry.

Product Details

• Gemstone: Lepidolite (tumbled stone, polished)

• Size: approx. 25 x 19 mm (L x W)

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

• Cord: Black fabric cord, approx. 80 cm

• Comfort: Soft, supple & skin-friendly

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

• Scope of Delivery: Pictured Lepidolite pendant including fabric cord

Geological Data

• Mineral Class: Silicates (Mica group)

• Chemical Composition: K(Li,Al)₃(Si,Al)₄O₁₀(F,OH)₂

• Crystal System: Monoclinic

• Hardness (Mohs): 2.5 – 3.5

• Density: approx. 2.8 – 2.9 g/cm³

• Color: Light violet, pink-violet to gray-violet, with mica luster

Deposits

Known deposits for Lepidolite are:

• Brazil (Minas Gerais)

• Madagascar

• Russia (Urals)

• Afghanistan

• Canada

• USA (California, Maine)

• Czech Republic

The name Lepidolite is derived from the Greek lepidion ("scale") – an indication of the fine, scaly mica luster of its surface.

Special Features

• Genuine Lepidolite – polished tumbled stone with natural glimmer

• Fine coloration: soft violet with shimmering inclusions

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

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

• Each piece is a natural unique item – individual color & structure