Stasher Premium Reusable Silicone Stretch Lids 4-pack 🥣
Description:
This set of silicone stretch lids helps keep leftovers fresh while cutting down on single-use plastic, fitting a range of bowls and containers for everyday kitchen use. The Stasher Premium 4-pack includes four clear, food-grade silicone lids that stretch to form an airtight, leak-free seal, making storage more convenient for meal prep and scraps.
Key Points
The four sizes — 9", 6.5", 4.5", and 2.5" — cover a wide variety of containers and bowls, from large mixing bowls to small ramekins. The clear color lets you see contents at a glance, and the full-perimeter pull tabs make it easier to stretch and remove the lids without fumbling. These lids are made from platinum food-grade silicone and are BPA free and free from BPS, lead, and latex, according to the manufacturer. They are dishwasher safe and can be used in the microwave and oven up to 218.3°C, offering versatile cleaning and reheating options. 🥣
Technical Specifications
- Name: Stasher Premium Reusable Silicone Stretch Lids Variety 4-Pack
- Sizes: - 9", - 6.5", - 4.5", - 2.5"
- Material: - Platinum food-grade silicone
- Safety: - BPA free, BPS free, lead free, latex free
- Temperature tolerance: - Up to 218.3°C
- Care: - Dishwasher safe, microwave and oven safe
Usage Recommendations
Stretch each lid over the rim of the container and press the edges to form an airtight seal. The lids are most effective on smooth, rounded edges and bowls where the silicone can create even tension. For reheating, leave a slight vent in the lid or lift briefly to release steam when using a microwave. The pull tabs help remove lids quickly with minimal mess. 🧽
Advantages
Using these reusable lids reduces the need for disposable plastic wrap and saves space compared to rigid storage covers. The flexibility of the silicone allows them to conform to slightly irregular shapes and stack flat in a drawer when not in use. Note that extremely sharp edges or very small diameter rims may not form a perfect seal, and prolonged exposure to very high heat beyond the stated temperature may shorten product life. 🌍
