



Labradorite $14.99
Labradorites are naturally occurring feldspar mineral specimens known for their flashes of blue, green, gold, and gray caused by light interacting with internal crystal layers. These stones are especially engaging for geology students, educators, and collectors interested in optical effects and mineral structure. Each piece highlights how crystal orientation and composition influence the way light is reflected, making labradorite a classic example in Earth science learning.
Why you'll love this:
- Natural labradorite specimens with characteristic iridescent color flashes
- Displays labradorescence, a key optical effect studied in mineralogy
- Durable stones suitable for handling, close study, or display
- Useful for exploring feldspar minerals, crystal structure, and light interaction
- A strong addition to geology collections, classrooms, and teaching kits
A dynamic and visually engaging way to explore how structure and light combine to create some of natureās most striking mineral effects.
Product Information
Product Information
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Shipping & Returns
Description
Labradorites are naturally occurring feldspar mineral specimens known for their flashes of blue, green, gold, and gray caused by light interacting with internal crystal layers. These stones are especially engaging for geology students, educators, and collectors interested in optical effects and mineral structure. Each piece highlights how crystal orientation and composition influence the way light is reflected, making labradorite a classic example in Earth science learning.
Why you'll love this:
- Natural labradorite specimens with characteristic iridescent color flashes
- Displays labradorescence, a key optical effect studied in mineralogy
- Durable stones suitable for handling, close study, or display
- Useful for exploring feldspar minerals, crystal structure, and light interaction
- A strong addition to geology collections, classrooms, and teaching kits
A dynamic and visually engaging way to explore how structure and light combine to create some of natureās most striking mineral effects.















