Crown

Care · Glossary

Crystal Components.

Every crystal type Crown specifies, classified by profile, function, and the maintenance protocol that keeps it performing.

  1. 01

    The Classic Crystal Pendeloque

    A timeless, pear-shaped or almond-cut crystal characterized by its symmetrical facets. The most recognizable silhouette in the chandelier vocabulary — what most people picture when they hear the word "crystal."

  2. 02

    The Seeded Crystal Bubble Block

    Precision-engineered column with thousands of embedded bubbles, creating a dense, effervescent sparkle. Architectural mass meets effervescent texture.

  3. 03

    The Crystal Chard

    Raw, asymmetrical, aggressive cuts that break from traditional geometry. Where the pendeloque is composed, the chard is unruly — a deliberate sculptural disruption.

  4. 04

    The Scalloped Crystal Bobeche

    A wide, dish-like crystal element with radial facets, traditionally used to catch wax — reimagined as a reflective light spreader at the base of the candelabra arms.

  5. 05

    The Crystal Rosette — Structural Jewelry

    A small, typically star-shaped or floral-pattern crystal accent, used individually or strung. Less ornament than detail — the smallest faceted unit in the catalog.

  6. 06

    The Crystal Regency Ball Drop

    Heavy spherical crystal terminal piece featuring multilateral, symmetric diamond facets for 360-degree brilliance. The architectural full stop at the bottom of the fixture.

  7. 07

    The Clear Iceberg Crystal

    An organic, irregular rectangular block featuring a rugged "chiseled" exterior. Unlike faceted crystal, its surface mimics natural ice or raw quartz.

  8. 08

    The Clear Faceted Crystal Spire (Plume)

    An elongated, organic, architectural spire. Hollow, with parallel exterior fluting and interior vertical ribbing that follow the sculptural contour.

  9. 09

    The Champagne Beaded Crystal

    A dense, articulated cascade of machine-cut octagonal crystal beads, fused with champagne-toned metallic oxides during the molten stage. Beads are mechanically linked.