Aurora Borealis Rhinestone Bracelet Value Guide

The Aurora Borealis rhinestone bracelet is a cornerstone of mid-century costume jewelry, defined by a specialized coating developed by Swarovski and Christian Dior in 1957. These Austrian-made pieces are highly collectible for their ability to mimic the shifting, ethereal colors of the Northern Lights through precision-faceted crystals.

What Is Aurora Borealis Rhinestone Bracelet Worth?

The typical price range for Aurora Borealis Rhinestone Bracelet is $20 - $40 based on recent sales. However, values can vary depending on the item's condition, rarity, and other factors such as:

• Condition of the AB coating, as scratches or 'foil loss' significantly reduce the iridescent effect and market value.
• The presence of original designer hallmarks or 'Austria' stamps which confirm the 1950s-era origin.
• The complexity of the bracelet design, ranging from simple single-strands to elaborate multi-row haute couture styles.
• Clarity of the stones, ensuring no 'dead' or darkened crystals are present within the silver-toned settings.

How to Identify Aurora Borealis Rhinestone Bracelet?

• Look for the signature iridescent 'AB' coating that reflects a rainbow spectrum of colors when rotated under light.
• Check for 'Austria' or 'Made in Austria' stamps on the clasp or back of the silver-toned base metal setting.
• Examine the rhinestones for precision faceting characteristic of Swarovski production techniques from the late 1950s.
• Verify the silver-toned metal construction, which was the standard mounting for these iridescent stones during their peak popularity.

History of Aurora Borealis Rhinestone Bracelet

The Aurora Borealis effect on rhinestones was developed by Swarovski in collaboration with Christian Dior in 1957. This special coating gives the crystals a shimmering, iridescent appearance, mimicking the ethereal colors of the northern lights. It quickly became a popular choice in costume jewelry and haute couture, adding a unique sparkle that shifts with every angle of light.