Accessibility statement Skip to content

Pass the Plate In Person is happening October 16–25! Learn more here.

The following text field uses predictive search to filter the results as you type and provide suggestions.

Search results will be displayed here.

Search results
Tall Vase in Cranberry and Meteorite
Tall Vase in Cranberry and Meteorite
Tall Vase in Cranberry and Meteorite
Tall Vase in Cranberry and Meteorite

Tall Vase in Cranberry and Meteorite

Regular price $435
Sale price $435 Regular price $0
Tall and sturdy—the perfect vase for flower lovers. To create this Clay Studio-exclusive glaze technique, a base of Meteorite is applied, then layered with a fade of Cranberry. The resulting...

Originally created as a one of a kind design for Design Series 2, the Tall Vase is slip case in small batches by the Heath Clay Studio team in San Francisco, CA.

Tall and sturdy—the perfect vase for flower lovers. To create this Clay Studio-exclusive glaze technique, a base of Meteorite is applied, then layered with a fade of Cranberry. The resulting...
SAFE SHIPPING 30 DAY RETURNS WARRANTY INFO
View Full Details
Tall Vase in Cranberry and Meteorite

Tall Vase in Cranberry and Meteorite

Press + and − keys to zoom, arrow keys to pan.
Tall Vase in Cranberry and Meteorite
Tall Vase in Cranberry and Meteorite
Tall Vase in Cranberry and Meteorite
Tall Vase in Cranberry and Meteorite

Care

We recommend hand washing studio pieces with a mild, non-acidic and non-abrasive dish detergent, such as Seventh Generation or Planet Dishwashing Detergent. Please note that direct use on wood may cause water marks or scratching.

Specs

  • Material:

    • Ceramic

  • Dimensions:

    • Height: 10.75"

    • Diameter: 5.25"

    • 3.25" opening

  • Origin:

    • Designed by Tung Chiang and handcrafted in the Heath Clay Studio in Los Angeles, CA.

Did You Know?

Edith Heath’s proprietary clay body doesn’t leave any time for rest when slipcasting in the Clay Studio. The Tall Vase rests in its plaster mold for exactly 15 minutes to reach the perfect density.

Your Recently Viewed

  Loading recently viewed products...