Cooking pot Maestro MR-4328 with lid, 28 cm diameter, 6.4 L capacity, induction and gas compatible, black

Maestro MR-4328 is a 28 cm cooking pot with a 6.4 L capacity and an included lid, designed for everyday stovetop use. The pot is compatible with both induction and gas cooktops and features a black finish that fits a variety of kitchen styles. Its size and volume make it suitable for preparing family-sized portions of soups, stews, boiled pasta or vegetables and for general boiling and simmering tasks.

Advantages

The pot offers a large 6.4 L capacity in a 28 cm diameter body that balances cooking surface and depth for even heat distribution and efficient liquid capacity. Compatibility with induction and gas cooktops allows flexible use across different stove types. A supplied lid helps retain heat and moisture while reducing energy loss during simmering. The black exterior provides a neutral, practical appearance for daily use and the design supports multi-portion meal preparation.

Suitable for

• Cooking soups and stews for families
• Boiling pasta, potatoes and vegetables
• Preparing sauces and one-pot meals
• Simmering stocks and broths
• Everyday large-batch cooking

Key specifications

• Diameter: 28 cm
• Capacity: 6.4 litres
• Included accessory: lid
• Compatible heat sources: induction and gas cooktops
• Finish: black exterior

How to use

Place the pot on a suitably sized burner and add ingredients and liquid according to the recipe. Use the lid to maintain simmering temperature and to shorten cooking times when appropriate. For induction cooking, ensure the pot is centered on the induction zone. Adjust flame or power to achieve the desired cooking rate and avoid prolonged dry heating when the pot is empty. After use, allow the pot to cool before washing to preserve finish and shape.

Usage recommendations

Use moderate heat when starting from cold to promote even heating; preheating on low to medium power reduces the risk of sticking and protects the pot surface. Clean with non-abrasive detergents and avoid sudden temperature shocks to prolong service life.