Petrified Wood Beads
A collection page of Tejas Beads
About
Petrified wood beads are natural gemstone beads cut from ancient trees that turned to stone over millions of years. Also known as fossilized wood or agatized wood, this material preserves the grain, growth rings, and character of the original tree in solid quartz. Every strand carries a pattern that formed long before it reached your bead board. How Petrified Wood Forms Petrified wood begins when a fallen tree is buried quickly under sediment or volcanic ash, sealing it away from the oxygen that causes decay. Over time, mineral-rich groundwater moves through the wood and deposits silica, replacing the organic material cell by cell. The result is a stone, usually quartz or chalcedony, that keeps the structure of the wood in remarkable detail. Notable deposits are found in Arizona, Madagascar, and Indonesia, with some specimens dating back more than 200 million years. Color and Pattern The earthy palette of petrified wood comes from trace minerals present during fossilization. Iron creates warm browns, reds, and golden tans, while manganese and carbon produce darker grays and blacks. Combined with the natural wood grain, these tones give each bead soft banding and organic variation, so no 2 strands look exactly alike. Designing with Petrified Wood Beads With a hardness of 6.5 to 7 on the Mohs scale, petrified wood is durable enough for everyday bracelets, necklaces, and earrings. Its neutral color range makes it a versatile choice for jewelry making, and it is especially popular in men's and unisex designs. Pair it with turquoise for a classic Southwest palette, tiger eye for added warmth, or smoky quartz for translucent contrast. Copper, antique brass, and bronze findings bring out its rustic character. Metaphysical Meaning Petrified wood is often called a stone of grounding, patience, and steady growth. Having slowly transformed from living forest to stone, it serves as a reminder that lasting change happens one layer at a time. Many turn to it for grounding during