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Alchemy Gothic

Black Rose Briar Cutlery Set

Black Rose Briar Cutlery Set

Regular price £12.99 GBP
Regular price Sale price £12.99 GBP
Sale Sold out
Shipping calculated at checkout.

PRE-ORDER - DUE TO SHIP IN NOVEMBER

A garden of dark enchantment, where beauty entwines with thorn and shadow. The Rose cutlery collection brings a touch of gothic romance to the dining table, its sleek black finish adorned with intricate silver-toned roses, winding stems and curling foliage. An ornate botanical design with echoes of Victorian elegance, each piece transforms an everyday essential into something altogether more extraordinary.

Bring dark romance to the table with the Alchemy Rose Black Stainless Steel Cutlery Set. Featuring an elegant rose and thorn design against a striking black finish, this four-piece set combines gothic artistry with everyday practicality. Crafted from durable stainless steel with a black PVD-coated finish, the cutlery features intricately detailed silver-toned botanical artwork along the handles.

Presented on a decorative Alchemy-branded card, this distinctive set makes a striking gift for lovers of gothic homeware, alternative dining and darkly romantic design. Perfect for adding a little Victorian-inspired elegance to everyday dining or creating a dramatic table setting for special occasions.

  • • Four-piece cutlery set featuring an ornate gothic rose design.
  • • Striking black finish with intricate silver-toned floral detailing.
  • • Durable stainless steel with a black PVD coating.
  • • Includes a dinner knife, dinner fork, dinner spoon and teaspoon.
  • • Presented on a decorative Alchemy-branded display card.
  • • An unusual gift for gothic, alternative and dark romantic interiors.
  • • Designed with curved handles for comfortable handling and support.
  • • Stainless steel construction intended to offer strength and resistance to corrosion.
  • • Set contains 1 dinner knife, 1 dinner fork, 1 dinner spoon and 1 teaspoon
  • • Black PVD (Physical Vapour Deposition) coating applied using a vacuum-based coating process.

 

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