Terahertz

Natural Terahertz stone beads for jewelry making

Check out our wide range of Terahertz gemstone beads for jewelry creation Terahertz gemstone beads 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 count of Terahertz that will suit your jewelry creations for men or women.

what is Terahertz?

Terahertz stone is a unique type of stone increasingly popular in the world of alternative healing. It is believed to have several beneficial properties that can help improve overall health and well-being. Terahertz stone is a type of silicate mineral composed primarily of aluminum, oxygen and silicon.

One of the main benefits of terahertz stone is its ability to emit far infrared radiation. This type of radiation has been shown to improve blood circulation, strengthen the immune system and promote general relaxation. Terahertz stone is also believed to have a grounding effect, which helps balance the body's energy and reduce stress and anxiety.

In addition to its healing properties, terahertz stone is also credited with aesthetic appeal. It is usually gray or black in color, with a smooth, polished surface that can be used to create beautiful pieces of jewelry or decorative objects.

Overall, terahertz stone is a unique and intriguing mineral that offers a number of potential benefits to those who seek it out. Although more research is needed to fully understand its properties, it remains a popular choice for those interested in alternative healing and natural remedies.

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 drill hole sizes are approximate and can have a variation of +/- 0.2 mm.