Seikai Toki Hasami Ware Rice Bowl, 400ml Kitchen Ceramic

The Seikai Toki Hasami Ware Rice Bowl introduces the elegance of classic Japanese pottery to daily dining. Crafted in Hasami, Nagasaki, this understated white bowl features a warm, enduring aesthetic along with a matte interior surface finish that exudes refinement. Its minimalist design effortlessly complements any table arrangement, from relaxed morning meals to sophisticated evening gatherings.

Boasting a convenient 400 ml volume, this rice bowl serves as a versatile option for everyday consumption, traditional tea ceremonies, or essential new home provisions. Its durable porcelain build provides a pleasant weight, and the microwave-friendly nature enhances its suitability for contemporary lifestyles. This piece exemplifies timeless Hasami ware artistry, thoughtfully created for the modern kitchen.

• Product Material: Ceramic

• Manufacturer: Saikaitoki

• Made in: Japan

• Authentic Hasami ware, boasting a legacy of over 400 years in Japanese ceramic artistry
• Understated white aesthetic featuring a matte interior surface finish for a crisp, contemporary appearance
• Generous 400 ml volume, perfect for serving rice, accompanying dishes, and routine meals
• Microwave-compatible for effortless warming
• Versatile for daily dining, ceremonial tea rituals, and elegant dinner occasions
• Compact dimensions of 13.5 x 13.5 x 7 cm, featuring an ergonomic bowl form
• Crafted in Japan, emphasizing enduring elegance and functional utility

Employ this elegant bowl for presenting rice, various soups, modest side dishes, or during tea ceremony displays. It is appropriate for microwave warming, simplifying the process of heating food prior to serving. For optimal preservation, handle with care similar to delicate ceramic dinnerware and prevent abrupt shifts in temperature.

Clean by hand using gentle dish soap and a soft sponge to aid in maintaining its finish. Ensure complete drying before storage to hinder moisture accumulation. Refrain from using abrasive cleaning agents, harsh scouring pads, and sudden temperature fluctuations to safeguard the ceramic surface.