Natural Crystal Chrysocolla Tumble Stone

As these are natural made so no two stones have same shape, size or weight. Each Stone is unique

One Stone weight approx. 16 - 25 gm will be shipped

One Single stone will be shipped

Natural crystal Chrysocolla tumble stones are gemstones made from the mineral Chrysocolla that have undergone a tumbling process to enhance their shape and appearance.

Chrysocolla is a hydrous copper silicate mineral and is known for its captivating blue and green colors, often with streaks or patterns resembling swirls or marbling.

Chrysocolla is composed of copper, silica, and water. It is often found in association with other copper minerals, giving it its distinctive colors.

Chrysocolla tumble stones can display shades of blue, green, turquoise, and sometimes even hints of brown or black.

The colors can vary in intensity and distribution within the stone

Chrysocolla tumble stones often have a smooth and polished appearance due to the tumbling process.

The natural patterns and swirls within the stone, combined with its vibrant colors, make each tumble stone unique.

Metaphysical Properties: Chrysocolla is associated with feminine energy and is believed to have calming and soothing properties. It is often used to promote inner peace, communication, and emotional healing.

Chrysocolla is also thought to aid in expressing creativity and aligning with one's personal power.

Chrysocolla tumble stones are popularly used in crystal healing, meditation, and energy work.

They can be held, placed on the body, or used in grids and layouts to harness their metaphysical properties.

Chrysocolla tumble stones are also commonly used as decorative items, displayed in bowls, or incorporated into jewellery designs.

Care: Chrysocolla is a relatively soft mineral, with a Mohs hardness of 2.5 to 3.

 It is important to handle Chrysocolla tumble stones with care to avoid scratching or damage

It is advisable to store them separately from harder gemstones and avoid exposure to harsh chemicals or extreme temperature changes