SCCHCFM10527AICPG
Holsted 5" Solitaire" Flush Mount in Aged Iron
Designed by Chapman & Myers, the Holsted collection draws inspiration from vintage mid-century Scandinavian cast glass votives. The design is defined by thick, rippled glass forms with softly irregular contours, creating a sense of depth and quiet movement. Rooted in tradition yet refined in execution, Holsted brings a warm, tactile presence to contemporary interiors. A steel frame supports a pressed glass shade formed through a cold-mold process, giving each piece its distinctive rippled texture. An integrated 2700K LED light source glows from within, gently diffused through the glass to produce a warm, inviting illumination that enhances the material’s depth and character. The 5" Holsted Solitaire offers a refined accent ideal for corridors, powder rooms, primary closets, where it can be installed individually or in multiples to create a rhythmic, decorative arrangement.
inStock
Regular: 199 USD
Final: 199 USD
Y29uZmlndXJhYmxlLzI0NjEvMzYzNDE=
SCCHCFM10527EBSCPG
Holsted 5" Solitaire" Flush Mount in Estate Brass
Designed by Chapman & Myers, the Holsted collection draws inspiration from vintage mid-century Scandinavian cast glass votives. The design is defined by thick, rippled glass forms with softly irregular contours, creating a sense of depth and quiet movement. Rooted in tradition yet refined in execution, Holsted brings a warm, tactile presence to contemporary interiors. A steel frame supports a pressed glass shade formed through a cold-mold process, giving each piece its distinctive rippled texture. An integrated 2700K LED light source glows from within, gently diffused through the glass to produce a warm, inviting illumination that enhances the material’s depth and character. The 5" Holsted Solitaire offers a refined accent ideal for corridors, powder rooms, primary closets, where it can be installed individually or in multiples to create a rhythmic, decorative arrangement.
inStock
Regular: 199 USD
Final: 199 USD
Y29uZmlndXJhYmxlLzI0NjEvMTE4NTU0