Red Lightning Agate

Natural Bloodstone Agate beads for fashion jewelry making

Take a look at our wide range of gemstone beads made of Bloodstone Agate available in a variety of shapes and sizes Square, oval, round, cube, octagonal, baroque, chips, drop, round drop, flat, faceted, faceted, rectangle, Heishi Rondelle, barrel, tube, etc. You will find the bead of Bloody Agate that will suit your jewelry creations for men or women.

what is Bloodstone Agate?

Blood agatestone, also known as red agate, is a type of chalcedony mineral that is characterized by its reddish brown color with black and white veins running through it. It is a popular gemstone widely used in jewelry because of its unique and striking appearance.

As for its metaphysical properties, the blood agate stone is believed to have strong grounding and protective powers. It is said to provide stability and balance to the wearer, helping them to stay centered and focused even in difficult situations. In addition, it is believed to boost creativity and increase self-confidence, making it an ideal choice for artists and writers.

As for its physical properties, bloodstone agate is relatively hard and durable, with a Mohs hardness of 6.5-7. This makes it suitable for use in jewelry, such as rings, earrings and pendants. Some of the most common cuts of bloodstone agate stones are cabochon, faceted and pearl-shaped.

Overall, bloodstone agate is a unique and versatile gemstone that possesses aesthetic and metaphysical qualities. Its striking appearance and strong energies make it a popular choice among jewelry enthusiasts and spiritual practitioners.

We also offer:

Jewelry findings of stainless steel, 925 sterling silver findings, 14K gold filled findings to help you create your to help you create your handmade jewelry. Find our collection of carefully selected stones to make your quality jewelry.

Please note that bead sizes are approximate and can have a variation of +/- 0.5 mm and the size of the drill holes are approximate and can have a variation of +/- 0.2 mm.