Large White Slip Bowl by Haga Ryuichi
One of a kind studio piece made by Haga Ryuichi.
This piece would look gorgeous when used as serving bowl or as a centre piece on the table.
Food safe.
Made from the local clay foraged by the artist, and wood fired at high temperature.
White slip is applied on the dark coloured clay surface, then glazed on top of it.
It is made in similar technique with Kohiki, but with slightly different process.
The shade of white slip can change over time, which the Japanese ceramic tradition highly appreciates as an aging process.
Crackles on the slip is visible, that is glazed over and watertight.
Made in Mashiko, Japan.
Dimensions:
option A - diameter 26 x Height 6 cm /
option B - diameter 24.5 x Height 6 cm /
option C - diameter 24.5 x Height 6 cm /
About Maker
Haga Ryuichi is a self-taught potter who lives in the ceramics town of Mashiko in Japan. Digging local soil and minerals for the clay bodies and glazes of his pieces, firing in a self-built kiln, each process needs time and labour yet is essential for him. He sees this whole journey itself as part of the making of his art of fired earth.
Care
Handle with care. We recommend washing this item by hand. Not dishwasher safe. Not microwave safe.This piece is made with a similar technique with Kohiki.
Kohiki is a time-honoured pottery technique that applies white slip over dark coloured clay body before glazing, notably developed in Japan.
Because of this extra layer of slip between clay body and glaze, Kohiki pieces need some attentions. Slip tends to make irregularities, spots and marks. And they are prone to collect stain and chip more often than others.
Nonetheless kohiki pieces have always been highly appreciated and loved, as these distinctiveness gives unique characters to each piece. It is the ware you would enjoy seasoning, nurturing and aging.After years of use, water and stain will seep into between the layers, and develop crack-like marks and patina - Kan'nyu / Crackle - one of the view points in the Japanese ceramic tradition.