1.5 Cup Glass Food Storage Containers with Lids and Spoon - Stackable

In this review of the 1.5 cup glass food storage containers, the bottom line is simple: these are small, durable lunch containers built for everyday meal prep and transport. The set is aimed at commuters, office workers and anyone who packs single portions; the single biggest reason to buy is the combination of true borosilicate glass durability with a leak resistant lid and a folding stainless steel spoon included. The reviewer used these for salads, yogurt bowls and reheating leftovers and found they moved safely from fridge to microwave without warping or retaining odors.

Key Features

• Borosilicate glass construction: The glass resists thermal shock so containers can go from refrigerator to microwave or oven within the specified temperature range without cracking.
• Leak proof airtight lid: Removable silicone seals and four-hinge snap locks hold contents securely and help keep food fresh and odors contained.
• Included folding spoon: The 6.2 in stainless steel spoon folds into the lid for compact, convenient on-the-go meals.
• Stackable design: Round containers stack neatly to save refrigerator and pantry space and make organization easier.
• Temperature tolerance: Rated to withstand very low and very high temperatures so they are safe for freezer storage and most oven or microwave use.
• Dishwasher safe parts: Glass bowls and the spoon are dishwasher safe for easy cleanup while lids require careful placement to protect the silicone seal.

Who It's For

These containers are ideal for people who pack lunches for work or school, prepare single-portion meals, or bring snacks for travel and outdoor activities. The included folding spoon and leak resistant lid make them especially useful for yogurt bowls, salads with dressing kept separate until serving, or soups for reheating.

Those who need very large volumes or specialized meal prep containers should look elsewhere; these hold about 12 oz (1.5 cup) each and suit single servings rather than family meal storage. If you require lightweight plastic containers for backpacking or an ultralight kit, the heavier glass construction may not be optimal.

Pros & Cons

Pros

• Durable borosilicate glass stands up to microwave and freezer use without retaining food odors.
• Secure, airtight lid with silicone seal prevents leaks and keeps food fresh during transport.
• Compact stackable shape saves refrigerator space and makes organization simple.
• Convenient folding stainless steel spoon stores in the lid for lunches on the go.

Cons

• Glass makes these heavier than plastic alternatives, which may matter for some commuters.
• The rounded 5.3 in diameter shape trades off packing efficiency for bowl-style meals compared with rectangular containers.

Specifications

Capacity	1.5 cup (12 oz)
Container dimensions	5.3 in diameter x 2.5 in height
Container material	Borosilicate glass
Lid material	Silicone + Plastic with removable silicone seal
Spoon material	Stainless steel, foldable, dishwasher safe, 6.2 in length
Temperature tolerance	-4F to 752F (-20C to 400C)
Care	Oven/microwave/freezer/dishwasher safe (follow lid care guidance)

Our Verdict

For anyone who values durability and airtight storage in a compact, single-portion size, these glass food containers are a practical, good-value choice. The borosilicate glass and secure lids make them reliable for refrigerated prep and microwave reheating, while the folding spoon and stackable design add everyday convenience. They are best for office lunches and meal preppers who do not require ultralight gear or very large containers.

Frequently Asked Questions

Are these safe in the microwave?
Yes, the borosilicate glass container is microwave safe, but remove or vent the plastic lid before heating.

Will the lids leak with liquids?
The lids use a removable silicone seal and four snap locks designed to be leak resistant; allow extra care with very thin soups during transport.

Can I use these in the freezer and oven?
Yes, they are rated for freezer use and high temperatures within the stated tolerance, but follow gradual temperature changes to avoid thermal shock to the lid components.