Glass Bowl Esmeyer 2600 ml, Ø 230 mm - stackable serving and storage bowl

Esmeyer glass bowl with 2600 ml capacity and 230 mm diameter, designed for serving, mixing and food storage. The clear glass construction provides a neutral presentation for salads, desserts and prepared dishes while the stackable design allows efficient use of cupboard and shelf space. The bowl is intended for repeated household and professional use and is dishwasher-safe for simplified cleaning.

Advantages

The bowl combines a large 2600 ml volume with a moderate 230 mm diameter, suitable for both portioned and family-style servings. Transparent glass gives a clean visual presentation and resists staining and odor retention compared with some plastic alternatives. Stackable shape reduces storage footprint and supports organized kitchen shelving. Dishwasher-safe material reduces manual cleaning time and supports frequent use in domestic kitchens and catering environments.

Suitable for

• Serving salads and cold dishes at home or buffets
• Mixing ingredients for baking and cooking
• Storing prepared foods and leftovers in the refrigerator
• Presenting desserts and layered dishes

Key specifications

• Capacity: 2600 ml
• Outer diameter: 230 mm
• Material: clear glass
• Design: stackable
• Cleaning: dishwasher-safe

How to use

Use the bowl for mixing ingredients directly on the work surface, for serving salads or desserts at the table, and for storing prepared meals in the refrigerator. When stacking multiple bowls, align them carefully to avoid chipping. After use, place the bowl on the top rack or recommended position in the dishwasher for cleaning; if hand-washing, use warm soapy water and a non-abrasive sponge to avoid scratches.

Usage recommendations

To prolong the lifetime of the glass and maintain optical clarity, avoid sudden temperature changes (for example transferring a hot bowl directly into cold water). Handle stacked bowls with care to prevent impact on edges, and allow dishwasher cycles to complete before removing to reduce thermal stress.