A finely crafted Art Deco platinum bow brooch from the 1920s, set with natural calibre-cut sapphires and old European cut diamonds arranged in an elegant sculptural ribbon motif. This design embodies the geometric elegance of early Art Deco jewellery and remains highly sought after by collectors of sapphire brooches, bow brooches, and platinum Art Deco pieces. The vivid blue sapphires contrast beautifully with the bright diamond pav, creating a refined antique brooch ideal for vintage jewellery lovers searching for Art Deco brooch, sapphire and diamond brooch, or platinum bow brooch styles.
Dimensions
Weight: 6.11 g
Measurements: 5.7 1 cm
Sapphire Details
Natural Blue Sapphires
16 Calibre-Cut Stones, graduated approx. 0.050.30 CT each
Approx. Total Sapphire Weight: ~2.40 CT
Diamond Details
24 Old European Cuts, approx. 0.020.07 CT each
Approx. Total Diamond Weight: ~1.00 CT
Clarity: SI
Colour: FG
Specifications
Metal: Platinum
Era: Art Deco, circa 1920s
Type: Bow Brooch
Condition Report
Very good vintage condition.
A finely crafted Art Deco platinum bow brooch from the 1920s, set with natural calibre-cut sapphires and old European cut diamonds arranged in an elegant sculptural ribbon motif. This design embodies the geometric elegance of early Art Deco jewellery and remains highly sought after by collectors of sapphire brooches, bow brooches, and platinum Art Deco pieces. The vivid blue sapphires contrast beautifully with the bright diamond pav, creating a refined antique brooch ideal for vintage jewellery lovers searching for Art Deco brooch, sapphire and diamond brooch, or platinum bow brooch styles.
Dimensions
Weight: 6.11 g
Measurements: 5.7 1 cm
Sapphire Details
Natural Blue Sapphires
16 Calibre-Cut Stones, graduated approx. 0.050.30 CT each
Approx. Total Sapphire Weight: ~2.40 CT
Diamond Details
24 Old European Cuts, approx. 0.020.07 CT each
Approx. Total Diamond Weight: ~1.00 CT
Clarity: SI
Colour: FG
Specifications
Metal: Platinum
Era: Art Deco, circa 1920s
Type: Bow Brooch
Condition Report
Very good vintage condition.
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