Seraphis LED Small Alabaster Chandelier - Soft White

Seraphis LED Small Alabaster Chandelier is a compact circular composition defined by a continuous ring of natural stone and restrained architectural detailing. The design centres on a solid alabaster band suspended horizontally to form a pure and uninterrupted circle. Its reduced diameter offers a more intimate expression of the Seraphis collection while maintaining clarity of geometry and material presence.

Natural Spanish alabaster is the defining feature of the chandelier. The circular ring is carved from solid stone, revealing distinctive veining, tonal variation, and areas of mineral density that flow organically around the full circumference. Softly honed surfaces allow the internal structure of the alabaster to remain visible, producing layered transitions between translucency and opacity. Subtle clouding and natural inclusions create depth and visual richness, ensuring the stone reads as both a unified architectural element and a richly expressive material surface.

The consistent 60mm section gives the alabaster band a precise sculptural profile, reinforcing the purity of the circular geometry. When illuminated, the stone glows evenly through its thickness, emphasising the density and organic variation inherent within the material. The simplicity of the form highlights proportion and balance, resulting in a disciplined and contemporary aesthetic.

Supporting the alabaster ring is a minimal metal structure finished in Soft White & Brushed Brass. Fine suspension cables rise cleanly to a brushed brass canopy, maintaining symmetry and visual lightness while allowing the stone to remain the focal element. The warmth of the brushed brass contrasts gently with the pale alabaster, enhancing the dialogue between refined metalwork and natural stone.

Seraphis LED Small Alabaster Chandelier presents a materially focused circular design where natural stone, controlled geometry, and refined construction combine into a cohesive and architecturally balanced lighting statement.