BALLARINI 75002-921-0 pentola rotonda nera alluminio 24 cm

The BALLARINI Round Black Aluminium saucepan with a 24 cm diameter is a medium-sized cookware piece designed for everyday kitchen tasks. Made from aluminum, the pan provides even heat distribution for simmering, boiling and preparing sauces. Its round shape and black finish offer a neutral aesthetic that fits a variety of kitchen styles while the weight and dimensions make it stable on most stovetops.

Advantages

This aluminum saucepan delivers uniform heat conduction to reduce hot spots during cooking. The 24 cm diameter provides a practical cooking surface for liquids and light sauces, while the medium depth accommodates portions for small families or meal prep. The black finish resists discoloration from normal use and simplifies cleaning. The pan’s balanced weight contributes to stable placement on gas, electric and ceramic cooktops.

Suitable for

• Simmering and reducing sauces
• Boiling small portions of pasta, rice or vegetables
• Preparing soups, gravies and custards
• Reheating food and cooking side dishes

Key specifications

• Material: aluminum for improved thermal conductivity
• Shape: round
• Diameter: 24 cm
• Weight: approximately 2.55 kg
• Finish: black exterior
• Intended use: stovetop cooking on gas, electric and ceramic hobs

How to use

Place the saucepan on a compatible stovetop and adjust the heat to the required level for your recipe. Use appropriate utensils that won’t damage the pan’s surface and avoid sudden temperature shocks by heating gradually. For sauces and reductions, maintain a low to medium heat and stir regularly to prevent sticking. After use, let the pan cool before washing to protect the material and finish.

Recommendations

To extend the lifespan of the aluminum surface, avoid aggressive abrasives and prolonged soaking. Use moderate heat for prolonged cooking, preheat briefly before adding food, and dry thoroughly after washing. For optimal results with delicate sauces, stir frequently and use a lid to control evaporation.