Matte Porcelain • Six Individual Forms
A Familiar Wave, Reimagined for the Tea Table
Deep-blue wave imagery meets a softly textured matte-white surface across six distinct porcelain forms.
Inspired by the unmistakable movement of Hokusai’s Great Wave, this porcelain teaware collection carries the familiar blue-and-white visual language across a Teapot, Gaiwan, Tea Boat, Fluted Tea Cup, Petal Tea Cup, and Gourd-Shaped Tea Cup. Choose a single favorite or combine different forms to create a Great Wave tea setting in your own way.
The Great Wave, Reinterpreted in Porcelain
Specifications
| Collection | Great Wave off Kanagawa |
| Product Type | Porcelain Teaware |
| Material | High-Fired White Porcelain |
| Firing Temperature | Approx. 1300°C / 2372°F |
| Finish | Matte, Subtly Rock-Textured Glaze Surface |
| Color | White & Deep Blue |
| Design | Wave motif inspired by The Great Wave off Kanagawa |
| Available Options | Teapot / Gaiwan / Tea Boat / Fluted Tea Cup / Petal Tea Cup / Gourd-Shaped Tea Cup / Complete 6-Piece Set |
| Purchase Options | Individual pieces or Complete 6-Piece Set |
| Gift Packaging | TeaTsy gift bag included with every piece |
| Teapot | 130 ml / 4.40 fl oz L 11.3 × W 7.2 × H 8.2 cm 4.45 × 2.83 × 3.23 in Weight: 125 g / 4.41 oz |
| Gaiwan | 150 ml / 5.07 fl oz Diameter 8.7 × H 7.1 cm Diameter 3.43 × H 2.80 in Weight: 155 g / 5.47 oz |
| Tea Boat | Diameter 14.9 × H 3.1 cm Diameter 5.87 × H 1.22 in Weight: 225 g / 7.94 oz |
| Fluted Tea Cup | 75 ml / 2.54 fl oz Diameter 6.8 × H 4.2 cm Diameter 2.68 × H 1.65 in Weight: 53 g / 1.87 oz |
| Petal Tea Cup | 100 ml / 3.38 fl oz Diameter 8.2 × H 4.1 cm Diameter 3.23 × H 1.61 in Weight: 59 g / 2.08 oz |
|
Gourd-Shaped Tea Cup |
80 ml / 2.71 fl oz Diameter 6.8 × H 5.4 cm Diameter 2.68 × H 2.13 in Weight: 68 g / 2.40 oz |
| Care Instructions | Rinse gently with warm water. Wipe the exterior dry with a clean microfiber cloth. Avoid abrasive scrubbers or harsh cleaning tools. Do not use in microwaves or automatic dishwashers. Avoid sudden and extreme temperature changes to reduce the risk of thermal stress or cracking. |
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