Product Description
The Lys Stackable Bowls Collection by Duralex are named after the river, which traverses through France and Belgium, symbolic of what this beautiful waterway used to represent to some of France's most famous artists: clarity, simplicity, utility, and of course, beauty. These glass bowls are made with a collar on the rim, making them stackable. Both impact and chip resistant, these bowls are extremely durable and ideal for everyday use. Tempered glass makes them equally suitable for hot and cold liquids. They are made in France.
- Set includes - 1 ounce, 2 ounces, 4 ounces, 7 ounces, 10 ounces, 0.5-quart, 1-quart, 1.5-quart, 2.5-quart, and 3.5-quart bowls
- Impact and Chip Resistant - Duralex tempered glass is 2.5 times stronger than ordinary glass.
- Shock Resistant - Duralex is manufactured to withstand sudden temperature extremes from -4°F to 212°F and is suitable for hot or cold liquids.
- Safety - If broken by sharp shock, Duralex shatters into small pieces, reducing the risk of injury.
- Hygienic - Nonporous Duralex glass does not absorb liquid or odors.
- Stackable - The Duralex bowls are stackable for convenient and space-saving storage.
- Microwave, Freezer, and Dishwasher Safe - Adaptable modern glassware can go directly from the freezer to the microwave. Dishwasher Safe.
About Duralex's Sustainability
Duralex glass products are tempered. The mechanical and thermal resisting properties are considerably increased compared to other ordinary glassware products. Glass is made to be remade; Duralex Products are 100% recyclable. The Duralex products are made of soda-lime glass created from sand, soda ash, and limestone, which is fully recyclable, unlike boron-based cooking or pharmaceutical glass. The raw materials are purchased close to the factory to reduce the carbon footprint. Duralex has also made a strong commitment to reducing the impact of the manufacturing processes by installing a state-of-the-art melting furnace to minimize energy consumption. They recycle glass and integrate it into their "house composition," allowing them to reduce the melting temperature and thus energy consumption. They have installed a particle filter designed to treat fumes coming out of the furnace, recovering certain raw materials and re-inject them back into the oven.