Glass Jar 54 oz.—extra large
organized with these ultra-clear stackable
borosilicate glass jars. With the content in plain view, you can easily store, sort, stack and display all of your food ingredients in
style. All at an affordable price! Get them for free with your reward points!
and non-porous. Unlike plastic or metal, the borosilicate
glass is non-reactive and non-porous. It can withstand high acidity and
alkalinity without deterioration and it keeps the air and moisture out. For
those reasons, borosilicate glass is commonly used in lab ware. It is the
safest material to store any food ingredient in.
not absorb odors or flavors.
tight silicone seal keeps oxygen, moisture and
contaminants out and keeps the food fresh.
to clean. Non-porous glass is easy to clean. It will
not discolor over time.
vertical. Stack these glass jars to maximize your
vertical storage space. The raised edge in the lid keeps the jars above
securely in place.
diameter with 4 varying heights, endless organizing possibilities:
Mix and match the different height jars to fit any shelf or cabinet. With 4
different sizes and heights, you will find the right jars for your needs.
to monitor. The ultra-clear glass allows you to take a
visual inventory of your ingredients quickly and conveniently.
These jars can endure temperature ranging from -4 °F to 302 °F (-20
°C to 150 °C).
design is perfect for display on the counter: Food looks
so neat and organized inside these jars that you will feel proud to leave them
out on the counter. Stack, mix and match different color ingredients to create
a unique piece of kitchen art out of everyday food.
to handle: The lids can be removed with ease.
From pantry to fridge to freezer to microwave, this storage glass jar can be
used anywhere in the kitchen. You can even use them to organize small parts in
your garage or your office supplies.
oz. (1600 mL). Also available in 10 oz. (3.6” H), 19 oz.(5.3”), and
27 oz. (7.4”).
safe with the lid removed.
Temperature range: -4 °F to 302 °F (-20 °C
to 150 °C).
Avoid sudden temperature fluctuation.