Rainbow UFO Calcite Specimen
+6
+5
+4
+3
+2

Rainbow UFO Calcite Specimen

Home/Store/Specimens
$149.00
In stock: 1 available
Product Details

UFO Calcites, also known as Stellar Beam Calcites, are unique formations of calcite crystals. They are thought to be formed through a combination of sedimentation and the slow accumulation of mineral-rich water over an extended period. The distinct disc-shaped or saucer-like appearance is often attributed to specific geological conditions, mineral content, and the gradual layering of calcite crystals in a circular pattern. The fascinating shapes of UFO Calcites make them prized - especially this cluster of ufo discs with RAINBOWS 🌈 🌈 twinkling throughout!

The ufo calcites on sugary druzy matrix measure 6.5” and weighs 1lb 1.3oz. Watch its video here.

Show More
Save this product for later
Have questions?
Share this product with your friends
ShareSharePin it
Rainbow UFO Calcite Specimen
Home/Store/Specimens
You May Also Like
On Sale
Rare Landscape Pancawarna Agate
Rare Landscape Pancawarna Agate
Rare Landscape Pancawarna Agate
was $67.00
Save 43%
$38.00
Diamond Space Station: Leticular Calcite on Red Hematite
Diamond Space Station: Leticular Calcite on Red Hematite
Diamond Space Station: Leticular Calcite on Red Hematite
$182.00
On Sale
Solar System Red Aventurine Moon and Stars Carvings
Solar System Red Aventurine Moon and Stars Carvings
Solar System Red Aventurine Moon and Stars Carvings
was $11.00
Save 36%
$7.00
Fluorescent Yttrium Fluorite Towers
Fluorescent Yttrium Fluorite Towers
Fluorescent Yttrium Fluorite Towers
$48.00
Ice Cream Sundae Ocean Jasper Flame
Ice Cream Sundae Ocean Jasper Flame
Ice Cream Sundae Ocean Jasper Flame
$187.00
  • Search Products
  • My Account
  • Track Orders
  • Favorites
  • Shopping Bag
  • Gift Cards
Display prices in:USD
Skip to main content
Lattice Gems
Menu
Store
As Seen On
About
FAQ
Contact Us
Lattice's Journal
Lattice Gems
Terms & ConditionsPrivacy PolicyShipping & Delivery InfoReturn PolicyReport abuse
Made with Ecwid by Lightspeed