Art Deco Style Black Evening Clutch with Geometric Rhinestone Frame

Decorative art and fashion accessory, textile and metal handbagUnattributed commercial fashion manufacturer, likely in the manner of mid-century evening bag designers

Art Deco Style Black Evening Clutch with Geometric Rhinestone Frame

Style & Movement

Art Deco Revival / Classic Evening Wear

Medium & Technique

Embossed leather or snakeskin-patterned textile body, enameled metal hardware, and embedded rhinestone crystals using traditional manufacturing and assembly techniques

Creation Period

Mid-20th century to contemporary reproduction, inspired by the Art Deco period of the 1920s-1930s

Dimensions & Format

Small handheld rectangular format, approximately 8 x 6 inches (20 x 15 cm)

Subject Description

A structured evening clutch featuring a gathered black textured body and a prominent, highly geometric metal frame decorated with black enamel and inset crystals forming zigzag and triangular motifs reminiscent of 1925-era design

Condition & Value Assessment

Condition Assessment

Very Good. The exterior texture is well-preserved, hardware retains its finish, and structural integrity appears intact with no visible missing stones or significant wear

Estimated Market Value

$50 - $150

Auction Estimate

$30 - $80

Provenance History

Private collection, acquired as a vintage or reproduction fashion accessory with typical domestic ownership history

Art Historical Significance

Representative of the enduring influence of Art Deco aesthetics on 20th-century fashion accessories and evening wear design

Notable Features

Striking architectural geometric clasp and frame featuring contrasting black enamel and sparkling rhinestone accents that emulate classic 1930s luxury design

Condition Issues

Minor surface scuffs possible upon close inspection, typical of handled vintage or vintage-style accessories

Conservation Recommendations

Store in a breathable dust bag away from direct sunlight and high humidity to prevent metal tarnishing and material degradation

Identified on 8/28/2026