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BEATRIZ CASTRO 3D KILN FORMED FUSED ART GLASS DISH COPPER HEARTS ENGLAND 7-7/8
BEATRIZ CASTRO 3D KILN FORMED FUSED ART GLASS DISH COPPER HEARTS ENGLAND 7-7/8
BEATRIZ CASTRO 3D KILN FORMED FUSED ART GLASS DISH COPPER HEARTS ENGLAND 7-7/8
BEATRIZ CASTRO 3D KILN FORMED FUSED ART GLASS DISH COPPER HEARTS ENGLAND 7-7/8
BEATRIZ CASTRO 3D KILN FORMED FUSED ART GLASS DISH COPPER HEARTS ENGLAND 7-7/8
BEATRIZ CASTRO 3D KILN FORMED FUSED ART GLASS DISH COPPER HEARTS ENGLAND 7-7/8
BEATRIZ CASTRO 3D KILN FORMED FUSED ART GLASS DISH COPPER HEARTS ENGLAND 7-7/8

BEATRIZ CASTRO 3D KILN FORMED FUSED ART GLASS DISH COPPER HEARTS ENGLAND 7-7/8"

$ 7.91

Availability: 28 in stock
  • Style: Eclectic
  • Return shipping will be paid by: Buyer
  • Color: Multi-Color
  • Country/Region of Origin: England
  • Artist: Beatriz Castro
  • Item must be returned within: 30 Days
  • Glassmaking Technique: Kiln Formed
  • Material: Glass
  • Object Type: Trinket Dish
  • Handmade: Yes
  • Type of Glass: Fused Glass
  • Restocking Fee: No
  • Original/Reproduction: Contemporary Original
  • Features: Kiln Formed
  • All returns accepted: Returns Accepted
  • Brand 2: Appledore Crafts Company
  • Subject/Theme: Hearts
  • Condition: New
  • Refund will be given as: Money Back

    Description

    BEATRIZ CASTRO - Appledore Crafts Company
    3D KILN FORMED FUSED ART GLASS DISH COPPER HEARTS
    New with Sticker - Made in ENGLAND
    7-7/8" square. Recessed area is 4".
    Purchased from Coventry Garden in England.
    Description/bio from Beatriz Castro’s web site:
    “I graduated in 1988 from West Surrey College of Art and Design (Farnham, Surrey) with a BA (Hons) degree in Three Dimensional Design in glass. I was able to set up my own studio in 1996. Since then, I have exhibited both in the UK and abroad. My work is made by the glass making process described as kiln-formed, using the techniques of fusing and slumping. Different metals such as copper, aluminum, silver and gold leaf are cut and placed between layers of clear glass and then fused at high temperature.”