Caldrin 10 Light Tiered Panel Alabaster Chandelier - Soft White & Brass

Caldrin 10 Light Tiered Panel Alabaster Chandelier is a sculptural composition defined by layered stone, radial geometry, and material weight. The design is formed around a circular brass structure, from which a series of flat alabaster panels are arranged in a tiered configuration. This stepped arrangement introduces depth and shadow, giving the chandelier a strong architectural presence with a clearly articulated silhouette.

Natural Spanish alabaster is central to the design. Each panel is cut from solid stone, revealing distinctive veining, tonal variation, and areas of mineral density unique to each piece. Softly honed surfaces allow the internal structure of the alabaster to remain visible, with transitions between translucency and opacity creating a nuanced visual rhythm around the circumference. Subtle imperfections and organic markings reinforce the authenticity of the material and ensure no two panels are identical.

The panels are carefully spaced to create a continuous circular form while allowing the stone to read as individual elements. Their vertical orientation contrasts with the horizontal brass framework, introducing a dynamic interplay between plane and line. The tiered arrangement adds visual weight toward the lower edge, grounding the composition and emphasising its sculptural quality.

Supporting the alabaster is a precisely engineered brass structure finished in Soft White & Brass. Slender radial arms extend outward from the centre, securing each stone panel and reinforcing the chandelier’s symmetry. A central suspension element rises cleanly from the structure, maintaining balance and proportion throughout the design.

Construction is deliberate and measured, with each alabaster panel individually mounted to preserve alignment and spacing. Caldrin 10 Light Tiered Panel Alabaster Chandelier presents a materially rich and architecturally driven design, where natural stone, layered geometry, and refined metalwork combine into a cohesive circular form.