Edwardian Lozenge-Shaped Pendant Necklace
Jewelry, Pendant and Chain • Unknown jeweler; likely Western European or North American manufacture in the Belle Époque style
Style & Movement
Edwardian / Belle Époque
Medium & Technique
Yellow gold (likely 14k-18k), sapphire, diamond, and seed pearl; featuring filigree wirework, milgrain detailing, and bezel/grain settings
Creation Period
Circa 1900-1915 (Edwardian Period)
Dimensions & Format
Pendant approximately 35-45mm in length; fine link chain approximately 16-18 inches; vertical drop format
Subject Description
Geometric pendant with a double-drop design. The upper element contains a small seed pearl, while the primary lozenge-shaped lower element features a central round diamond flanked by four rectangular-cut sapphires in a cruciform arrangement. The surrounding openwork consists of delicate gold filigree loops.
Condition & Value Assessment
Condition Assessment
Good to Very Good; shows signs of age-appropriate wear and patina
Estimated Market Value
USD $1,200 - $2,500
Auction Estimate
USD $800 - $1,500
Provenance History
Likely private family inheritance; secondary market acquisition. Housed in a later red presentation box which does not appear original to the piece's era.
Art Historical Significance
Representative of the 'White Jewelry' era or late Victorian/Edwardian transition, where lightness and lace-like metalwork became popular. It reflects the shift toward delicate, feminine aesthetics favored during the reign of King Edward VII.
Notable Features
Distinguished by the 'lace' gold work and the use of calibre-cut sapphires which were a hallmark of high-quality jewelry from the early 20th century.
Condition Issues
Minor surface scratches on gold; potential slight abrading on sapphire facets; the jump ring at the bottom of the pendant appears to be missing a final decorative drop or pearl dangle.
Conservation Recommendations
Professional cleaning using non-ultrasonic methods to protect the seed pearl; check stone security; store in a soft-lined box away from chemicals and extreme humidity.