AN & ANGEL Deco Mini Mirror Bowl – DUXSTYLE thingsilove203
AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
  • Load image into Gallery viewer, AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
  • Load image into Gallery viewer, AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
  • Load image into Gallery viewer, AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
  • Load image into Gallery viewer, AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
  • Load image into Gallery viewer, AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE
  • Load image into Gallery viewer, AN & ANGEL Deco Mini Mirror Bowl - DUXSTYLE

AN & ANGEL Deco Mini Mirror Bowl

Vendor
An & Angel
Regular price
$60.00
Sale price
$60.00
Regular price
$70.00
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Unit price
per 
Shipping calculated at checkout.

Each product is an individual work of art, mouth-blown by European artisans mastering the technique of fusing 2 to 4 layers of glass into one, which spreads light evenly across the surface and creates a stunning home accessory. These award-winning pieces are must-haves for the stylish home.

  • Made in Latvia
  • Mini mouth-blown colored glass bowls with splashed stainless steel interior coating.
  • Approximate dimensions: 2.5 " H, 5.5 " W, 5" Diameter
  • Approximate weight:  .75 pounds
  • Available colors: Amber or Mirror 

** CLEAN with damp microfiber cloth

 Since 2004 An & Angel has been creating elegant bowls and vases of the highest quality.  A brand of innovative and functional tableware, they use state-of-the-art methods to create “luxury in the shape of a bowl.” Artis Nimanis devoted years of experimentation in his Latvian studio developing an innovative and exclusive method for combining glass and metal. His technique is a treatment of the material in a high vacuum environment where the metal is transformed into a fog and allowed to naturally settle on the glass surface, and as a final stage is burned in with plasma rays.

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