Polievková lyžica Esmeyer Silke — nerez 18/0, leštená, vhodná do umývačky riadu

The Esmeyer Silke table spoon is made from stainless steel 18/0 with a polished finish, designed for everyday dining and food service use. Its balanced weight and smooth surface make it suitable for serving and eating soups, porridges and main-course dishes. The corrosion-resistant material and hygienic polished surface ensure long-term use in home kitchens as well as professional catering environments. The spoon is safe for dishwasher cleaning, simplifying maintenance and daily operation.

Advantages

The 18/0 stainless steel construction provides reliable corrosion resistance for routine use while maintaining an attractive polished appearance. The ergonomic shape and balanced weight support comfortable handling during meals and service. A smooth, continuous finish reduces food buildup and makes cleaning straightforward. Being dishwasher safe reduces manual labor and helps maintain consistent hygiene standards in busy kitchens.

Key specifications

• Material: stainless steel 18/0 with polished finish
• Finish: high polish for smooth surface and appearance
• Maintenance: dishwasher safe
• Intended use: table spoon for serving and eating
• Durability: designed for everyday and professional use

How to use

Use the Esmeyer Silke table spoon for serving and consuming soups, porridges, stews and other main-course dishes. Position the spoon to scoop portions from serving dishes or bowls and lift steadily to avoid spilling. After use, rinse off heavy residues and load into the dishwasher following the appliance manufacturer's instructions for cutlery; the polished surface tolerates standard dishwasher detergents and cycles.

Recommendations

To maximise lifespan and maintain the polished finish, remove aggressive acidic residues promptly and avoid prolonged contact with salty or strongly acidic foods. For best results in professional kitchens, separate cutlery cycles from heavy soiled cookware and use standard cutlery baskets to prevent contact damage.