

This patinated copper star tile is an embossed and bronzed briquette with hints of verdigris, inspired by the ornate geometric language of Iranian ceramics. De Ferranti’s original description places the design within the Alchemy Collection and notes a wider family of metallic textured surfaces in geometric, floral, brushed and bordered formats, with brown, copper and verdigris tones.
The visible pattern interlocks star forms with faceted polygonal shapes, producing a compact tessellation with no single dominant centre. Raised edges catch lighter highlights while darker copper and green-blue verdigris tones settle into the junctions. The result is a surface in which geometry, patina and relief are equally important, particularly under directional light.
For another star-based interpretation, Etched Arab Star uses finer linework across a broader field, while the Embossed Arabesque Tile – Bronzed Brass introduces floral relief. The wider Metal Floor & Wall Tiles from the Alchemy Collection provides related patinated surfaces. For a ceramic counterpoint to geometric ornament, De Ferranti’s Islamic & Iznik Ceramic Tile Art offers further pattern references.
A patinated copper star tile benefits from reviewing several pieces together because natural-looking tonal shifts can change the balance between individual motifs and the overall field. The existing product information supports internal walls, ceilings, doors, fireplace surrounds and other residential or commercial applications, with cut-to-size options noted on the product record. Because patinated copper changes character under different light, a sample should be assessed beside surrounding stone, timber, paint or metalwork, and the intended orientation should be agreed before ordering.
For project guidance, availability, pricing, samples or further information, please use the Send E-Mail button below this description. Your enquiry will come directly to De Ferranti, and we will be pleased to discuss suitability, quantities, lead times and options for your project.