Plate MAGMA Ø20cm
The small plate is original by its shape with its straight edges. It adapts to all dishes from appetizer to dessert.
After a first firing of the clay at low temperature, reactive enamels are applied to the stoneware and give it the shiny appearance and the color gradation. The ceramic pieces are immersed in water when they come out of the kiln, which generates a thermal shock and gives birth to the expected crackled effect.
The MAGMA collection draws its inspiration from the volcanic crater of Mount Fuji, Japan. In its MINT version, the venous network draws the craters and testifies to the thermal depression resulting from the firing technique, just as the magma forms after the volcano melts.
Plate MAGMA Ø20cm - 6 pieces - Mint
Sale priceCHF 74.00
Regular priceCHF 89.95
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Plate MAGMA Ø20cm - 6 pieces - Mint
Sale priceCHF 74.00
Regular priceCHF 89.95
The small plate is original by its shape with its straight edges. It adapts to all dishes from appetizer to dessert.
After a first firing of the clay at low temperature, reactive enamels are applied to the stoneware and give it the shiny appearance and the color gradation. The ceramic pieces are immersed in water when they come out of the kiln, which generates a thermal shock and gives birth to the expected crackled effect.
The MAGMA collection draws its inspiration from the volcanic crater of Mount Fuji, Japan. In its MINT version, the venous network draws the craters and testifies to the thermal depression resulting from the firing technique, just as the magma forms after the volcano melts.
The small plate is original by its shape with its straight edges. It adapts to all dishes from appetizer to dessert.
After a first firing of the clay at low temperature, reactive enamels are applied to the stoneware and give it the shiny appearance and the color gradation. The ceramic pieces are immersed in water when they come out of the kiln, which generates a thermal shock and gives birth to the expected crackled effect.
The MAGMA collection draws its inspiration from the volcanic crater of Mount Fuji, Japan. In its MINT version, the venous network draws the craters and testifies to the thermal depression resulting from the firing technique, just as the magma forms after the volcano melts.
