When you start looking at bead jewelry, the same handful of material names keep coming up: red sandalwood, sandalwood, obsidian, rose quartz, and amethyst. Knowing what each one actually is, where it comes from, how hard it is, and how to look after it helps you choose a piece you will still love in a year. This guide covers all five in plain language.
Red sandalwood, often called zitan, is a dense, fine-grained hardwood in the rosewood family. Its deep reddish-brown heartwood and subtle grain make it a favorite for carving and bead work. It is a different material from white sandalwood, so do not confuse the two.
Sandalwood is a pale, creamy wood with a soft, lasting fragrance. It has been used for carving and incense across South and Southeast Asia for centuries, valued as much for its scent as its workability.
Obsidian is natural volcanic glass. It forms when lava cools so quickly that crystals do not have time to grow, leaving a smooth, glassy stone that is usually black. Across many cultures it has long been valued for tools, mirrors, and adornment because of its sharp edges and deep luster.
Rose quartz is the pink variety of quartz. It is translucent with a soft glow, and in many cultures it has long been given as a token of warmth and affection.
Amethyst is purple quartz. Its color comes from trace iron and natural irradiation. In antiquity it was associated with clarity and moderation, and today it is simply loved for its color.
Every piece at YouZmyshop is made to order from the specific bead grade shown on its product page, so the price you see reflects the material, bead size, and craftsmanship of that piece. The ranges above are a general market reference for finished bracelets in each material; our listed prices reflect the specific grade and work of each item.
Crystals, gemstones, and wood beads are sold as decorative and cultural objects. They are not intended to diagnose, treat, cure, or prevent any disease or health condition. The cultural and historical notes above describe traditions, not promised effects.
