šŸŽ‰ Up to 70% Off Selected ItemsShop Sale
HomeStore

Labradorite Point

Product image 1
Product image 2
Product image 3

Labradorite Point

Labradorite Point

The Labradorite Point is a polished mineral specimen shaped to highlight both the natural structure of the stone and the striking optical effect known as labradorescence. With flashes of blue, green, gold, and gray appearing as light moves across its surface, this piece offers an engaging way to observe how internal crystal structure interacts with light. It’s well suited for geology students, collectors, and anyone interested in mineral optics and formation.

Why you'll love this:

  • Crafted from natural labradorite with distinctive iridescent color flashes
  • Polished point shape emphasizes both structure and directional form
  • Smooth, durable surface suitable for handling, study, or display
  • A strong example of labradorescence for exploring mineral optics and crystal structure
  • Great for geology collections, classrooms, and science‑focused displays

A dynamic, hands‑on way to explore how light and structure combine to create some of Earth’s most fascinating mineral effects.

$29.99
Labradorite Point—
$29.99

Product Information

Shipping & Returns

Description

The Labradorite Point is a polished mineral specimen shaped to highlight both the natural structure of the stone and the striking optical effect known as labradorescence. With flashes of blue, green, gold, and gray appearing as light moves across its surface, this piece offers an engaging way to observe how internal crystal structure interacts with light. It’s well suited for geology students, collectors, and anyone interested in mineral optics and formation.

Why you'll love this:

  • Crafted from natural labradorite with distinctive iridescent color flashes
  • Polished point shape emphasizes both structure and directional form
  • Smooth, durable surface suitable for handling, study, or display
  • A strong example of labradorescence for exploring mineral optics and crystal structure
  • Great for geology collections, classrooms, and science‑focused displays

A dynamic, hands‑on way to explore how light and structure combine to create some of Earth’s most fascinating mineral effects.