Hario Chacha Kyusu Maru Tea Pot Japan 450Ml CHJMN-45T

Experience the art of tea brewing with the Hario Chacha Kyusu Maru Tea Pot Japan 450Ml CHJMN-45T. This elegant teapot combines traditional Japanese design with modern functionality to deliver the perfect cup of tea every time. Its 450ml capacity makes it ideal for enjoying tea alone or sharing with a friend, while the heat-resistant glass ensures your brew stays warm longer.

Designed with a wide spout for easy pouring and a special filter integrated into the lid, this teapot allows you to control the strength and clarity of your tea. The Hario Chacha Kyusu Maru Tea Pot is a stylish and practical addition to any tea lover's collection, bringing both convenience and authenticity to your tea rituals.

• Product Material: Heat-resistant glass

• Manufacturer: Hario

• Made in: Japan

• 450ml capacity suitable for personal or small group servings
• Heat-resistant glass construction keeps tea warm longer and withstands temperature changes
• Wide spout design allows for smooth and easy pouring without spills
• Integrated filter in the lid controls tea strength and prevents leaves from pouring into the cup
• Traditional Japanese kyusu style combines aesthetics with practical brewing functionality

To use the Hario Chacha Kyusu Maru Tea Pot, first add your desired tea leaves into the pot. Pour hot water over the leaves and let it steep for the recommended time based on your tea type. When ready, pour the brewed tea through the wide spout into your cup; the integrated filter will keep leaves out. After use, rinse the teapot with warm water and avoid using abrasive cleaners to maintain clarity and integrity.

Clean the teapot after each use by rinsing with warm water and gently wiping with a soft cloth. Avoid using harsh detergents or abrasive scrubbers that may damage the heat-resistant glass. Store the pot in a dry place away from direct sunlight to prevent any discoloration or damage. Do not expose the teapot to sudden temperature shocks such as placing it directly from hot water into cold environments.