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64 oz Sun Tea Pitcher Set for Iced Beverages and More

64 oz Sun Tea Pitcher Set for Iced Beverages and More

Regular price $35.98 USD

Price subject to change. Tap below for current.

Introducing the 64 oz Sun Tea Pitcher set, a perfect solution for all your beverage storage needs. Made from high-quality sodium calcium glass, these pitchers are designed to be both durable and safe. Each pitcher is crafted from food-grade materials that are BPA FREE and lead-free, ensuring that your drinks remain pure and free from harmful chemicals. Cleaning is a breeze as the glass jar is dishwasher safe, while the lids should be hand washed for longevity.

One of the standout features of our leak-proof pitcher is the innovative silicone sealing ring. This ensures a tight seal, preventing any leaks and maintaining the freshness of your beverages. Whether you're storing sun tea, iced coffee, or even breast milk, you can trust that the flavors will remain intact without mixing with other food odors in your refrigerator.

The innovative lid design of our pitchers includes a flip-top lid and an ergonomic handle, making it easy to open and close. The wide mouth allows for effortless filling with fruits, ice cubes, or any other ingredients you desire. The heavy-duty handle is sturdy and easy to grip, providing stable support when pouring your favorite drinks, whether it's milk tea, iced coffee, or refreshing lemonade.

Versatility is key with our large mason jar pitchers. They are perfect for everyday use, allowing you to store a variety of drinks in your refrigerator. From cold brew coffee to chilled sparkling water, these pitchers can handle it all. They are also great for parties or picnics, ensuring that you have your favorite beverages on hand wherever you go.

We stand behind our product quality and offer a satisfaction guarantee. If you are less than satisfied with your purchase, we will gladly refund your money. However, please remember to avoid pouring boiling hot water (50C/122F) directly into the glass jar, as this may cause uneven temperature distribution and lead to breakage.

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