Rare Natural Earth and Blue Lace Undyed Agate Slice with Quartz

Rare Earth and Blue Lace Agate Slice with Crystallized Center, from Soledade, Brazil

A superb slice of agate, this delicate specimen comes in a custom-made stand so you can fully enjoy it. A Soledade Agate that brings beautiful and intact bandings, rare blue and earth colors, and a mix of Circular and Horizontal Bandings, a truly artistic expression from mother nature that is available to you.

This thin slice of agate has a translucent characteristic, and as you can see in the pictures, the backlight enhances and changes the color perspective of the agate, and a blossoming golden color shows up. A perfect display specimen to add nearby a window so you can see the color changes during a sunny day.

With no cracks and no treatment at all, the agate is of super-extra grade.

Outstanding from both sides, this earth and blue lace agate slice surely is an amazing addition to your crystal collection. Check out the photos and feel free to send us a message if you have any questions or specific requests. 🤍

You may be wondering, how were the blue lace layers formed?
It's just amazing: agates normally form inside bubbles or cavities of igneous (volcanic) basalt and, over time, are filled with layers of water with high concentrations of silica. The water is slowly evaporated, forming a layer of silica gelatin and then a layer is formed. It is a very slow process and each layer contained different impurities, thus forming different colored bands. Fantastic, right?

▫️ Lace Agate with Druzy Geode on Stand (Cut, Polished, RAW, no enhancing treatment)
▫️ Color: Blue, Earth and White
▫️ Quantity: 1 - The item you see is the item you get
▫️ Size:
-- 1.0 Kg - 2.2 lb
-- 400 mm. - 15.7 in. Tall
-- 190 mm. - 7.5 in. Wide
-- 5 mm. - 0.2 in. Deep
▫️ Amethyst Origin: Ametista do Sul - Brazil
▫️ Base: Self Standing
▫️ Ethically Sourced

Please note: this is a natural gemstone and is sold as is, we have tried our best to take pictures with the utmost care, slight differences from the original articles are possible due to color settings of monitor screens.