Votive Glass Holder with Botanical Leaf Design

Decorative art, glass votive/candle holderUnidentified mass-produced or artisan manufacturing; possibly commercial home decor (e.g., Partylite, Yankee Candle, or similar European/Asian export glass makers)

Votive Glass Holder with Botanical Leaf Design

Style & Movement

Contemporary Decorative / Organic Modernism influence

Medium & Technique

Crackled glass (craquelé glass) with applied enameling or surface-painted botanical motifs; likely mold-blown or machine-pressed

Creation Period

Late 20th to early 21st Century (Circa 1990-2020)

Dimensions & Format

Small tabletop object; estimated 4 to 5 inches in diameter, 3 inches in height

Subject Description

A spherical glass bowl with an internal central well for a candle. The design features green fern-like or palm frond leaves applied to the exterior over a crackle-textured translucent finish.

Condition & Value Assessment

Condition Assessment

Good/Very Good; the crackle effect is intentional, though surface grime and slight wear to the enamel leaf edges are visible

Estimated Market Value

$10 - $25 USD

Auction Estimate

$5 - $15 USD (Secondary market/thrift/local estate auction)

Provenance History

Likely acquired through a commercial retail outlet or gift shop; no visible maker's marks or signatures suggesting a high-art provenance

Art Historical Significance

Low; this is a functional decorative object representative of late 20th-century home decor trends rather than a significant art historical artifact

Notable Features

Intentional crackle-glass texture provides a faceted light dispersion when a candle is lit inside; the internal glass bridge separates the candle flame from the outer wall for safety

Condition Issues

Visible candle wax residue in the interior well; minor potential abrasions to the external paint; inherent fragility of crackled glass structure

Conservation Recommendations

Gently clean with lukewarm water and mild soap; avoid abrasive chemicals that may strip the surface paint; keep in a stable environment to prevent heat-stress expansion within the crackle lines

Identified on 7/17/2026