Iwasaki Plastic Water Pitcher 2.0Ｌ

The Iwasaki Plastic Water Pitcher 2.0L is a versatile and durable kitchenware item designed to make your daily hydration needs easy and convenient. Its generous 2-liter capacity allows you to store and serve a substantial amount of water, making it perfect for family meals, gatherings, or everyday use. Crafted with practicality in mind, this pitcher features a one-push lever that opens and closes smoothly, ensuring effortless pouring without spills.

Made by Iwasaki Industry Inc., a company with a rich heritage linked to the Lustroware brand, this water pitcher combines Japanese craftsmanship with international quality standards. Its excellent heat resistance means you can safely fill it with boiling water, broadening its use beyond just cold beverages. Whether you are serving tea, infused water, or chilled drinks, this pitcher offers both functionality and style to your kitchen setup.

• Product Material: Plastic

• Manufacturer: Iwasaki Industry Inc.

• Made in: Japan

• One-push lever for easy open and close operation
• Heat resistant design allows filling with boiling water
• Large 2.0-liter capacity suitable for family use
• Dishwasher safe for convenient cleaning
• Durable plastic construction for everyday use

To use the Iwasaki Plastic Water Pitcher, simply press the one-push lever to open the lid and pour your desired beverage into the pitcher. Close the lid securely by releasing the lever to prevent spills. It can be used for both hot and cold drinks due to its heat resistance. After use, wash the pitcher with warm soapy water or place it in the dishwasher for easy cleaning. Ensure the pitcher is thoroughly dried before storing to maintain its quality.

Wash the pitcher after each use with warm water and mild detergent or use the dishwasher for thorough cleaning. Avoid using abrasive cleaners or scrubbers that may damage the plastic surface. After washing, dry the pitcher completely before storing to prevent any moisture buildup. Do not expose the pitcher to direct flame or extreme temperatures beyond its heat resistance limits.