Saikai Pottery Hasami Ware Petite Panda Chopstick Holder

The Saikai Pottery Hasami Ware Petite Panda Chopstick Holder brings a delightful touch to your dining setup. Crafted from premium porcelain, this charming chopstick rest showcases an endearing panda motif, infusing your table with enjoyment and sophistication. It serves ideally to maintain your chopsticks' cleanliness and prevent contact with the table surface, improving both sanitation and visual appeal.

Produced in Japan by Saikai Pottery, this small panda chopstick rest blends classic artistry with a whimsical personality. Its modest dimensions ensure simple handling and accumulation, elevating the pleasure of mealtimes. Suitable for daily application or distinctive events, this singular item offers a charming highlight to your kitchen accessory assortment.

• Product Material: Porcelain

• Manufacturer: Saikai Pottery

• Made in: Japan

• Constructed from robust, superior porcelain for enduring utility
• Endearing small panda motif lends allure and individuality to your dining surface
• Modest dimensions facilitate convenient application and storage
• Fashioned in Japan, guaranteeing authentic excellence and artisanal skill
• Safe for dishwasher and microwave, allowing effortless maintenance and utilization

Position the Saikai Pottery Hasami Ware Petite Panda Chopstick Holder on your dining surface beside your plate to support your chopsticks during breaks. This assists in preserving the cleanliness of your chopsticks and the neatness of your table. Following use, it can be securely cleansed in a dishwasher or carefully hand-washed if preferred. Refrain from dropping or exerting undue pressure to avert harm.

Cleanse the chopstick holder by placing it within the dishwasher or delicately washing it by hand using a gentle cleaning agent. Steer clear of abrasive cleaning agents or vigorous scrubbing to preserve its pattern and finish. It is suitable for microwave application, yet circumvent abrupt temperature shifts to deter fissures. Keep it in a dry location when idle to sustain its optimal state.