Salad bowl Luminarc HARENA 27 cm 3.1 L, tempered opal glass, microwave & dishwasher safe

Salad bowl Luminarc HARENA, 27 cm diameter and 3.1 L capacity, made of tempered opal glass. The opal material is around three times more resistant than ceramic, designed to withstand thermal shocks up to 275°F (≈135°C) and to break into small, non-sharp pieces in the event of damage. The bowl is microwave- and dishwasher-safe, stackable for convenient storage, non-porous to prevent bacteria and odours, and made from 100% recyclable and/or reusable material.

Advantages

The tempered opal glass construction offers increased mechanical strength and thermal resistance while remaining non-porous for hygienic serving. The product is safe for microwave use and can be cleaned in the dishwasher. Its stackable design reduces storage footprint and the glass is fully recyclable. Tempered glass behavior in breakage reduces the risk of sharp shards.

Suitable for

• Serving salads and cold dishes
• Preparing and reheating food in the microwave
• Use in restaurants, cafeterias and home kitchens
• Storage and transport where stackable tableware is required

Key specifications

• Brand: Luminarc
• Model: HARENA
• Diameter: 27 cm
• Capacity: 3.1 L
• Material: Tempered opal glass (opal)
• Thermal shock resistance: up to 275°F (≈135°C)
• Suitable for: Microwave and dishwasher
• Stackable: Yes
• Recyclable: 100% recyclable and/or reusable
• MPN: FR01L2970
• EAN: 0883314512946

How to use

Use the bowl to serve salads, cold or warm dishes, or to reheat food in the microwave following appliance guidelines. When placing in the microwave, avoid rapid temperature changes (for example, do not transfer directly from freezer to hot oven) to reduce stress on the glass. For dishwashing, place the bowl securely in the dishwasher to avoid movement during the cycle. Handle tempered glass with normal care to avoid impacts.

Usage recommendations

Do not expose the bowl to open flames or direct stovetop heat. Allow the bowl to return to room temperature before cleaning after exposure to high heat, and avoid sudden temperature changes to preserve material integrity.