Add artistic character and dimensional styling to your décor with the Splat Collection Set of Three Cement Candle Holders. Featuring clean block-shaped forms accented with expressive paint-splatter patterns, this coordinating set combines contemporary geometry with playful visual detail. The set includes three graduated candle holders measuring approximately 3, 4, and 5 inches high. Their varying heights make it easy to create a layered tabletop arrangement, while each piece can also be displayed separately throughout the room. Each candle holder is constructed from cement and features a compact 2-inch by 2-inch footprint. The substantial geometric forms create a sculptural decorative presence on dining tables, coffee tables, mantels, consoles, shelves, and other indoor surfaces. Designed to accommodate tealight or appropriately sized votive candles, the holders can be used to introduce warm candlelight while also serving as decorative accents when not in use. Choose from Pink with Multicolored Splatters, Creamy White with Multicolored Splatters, or Black with White and Gray Splatters. The expressive finish and minimalist block silhouette coordinate especially well with contemporary, modern, industrial, and eclectic interiors.
Key Features
Coordinating Set of Three: Includes small, medium, and large block-style candle holders for a graduated display.
Artistic Splatter Design: Expressive paint-splatter detailing adds color and visual movement to the geometric forms.
Solid Cement Construction: Each candle holder is constructed from cement for a substantial tabletop presence.
Graduated Heights: Three different heights create dimension when the candle holders are grouped together.
Tealight & Votive Compatible: Designed to accommodate tealight candles and appropriately sized votive candles.
Three Color Options: Available in Pink/Multicolor, Creamy White/Multicolor, and Black/White/Gray combinations.
Versatile Placement: Suitable for dining tables, mantels, coffee tables, consoles, shelves, and other indoor decorative surfaces.