Cooking pot de buyer PRIM APPETY 20 cm, stainless steel, induction compatible

De Buyer PRIM APPETY 20 cm stainless steel vegetable pot is designed for boiling, simmering and preparing small to medium portions. Its 20 cm diameter and induction-compatible base make it suitable for electric, gas and induction stoves. The pot offers even heat distribution, simple cleaning and a construction intended for everyday household use.

Advantages

The stainless steel construction provides resistance to corrosion and mechanical wear while maintaining a neutral cooking surface that does not react with food. The induction-compatible base ensures efficient heat transfer and stable performance on modern cooktops. The pot's size and shape are optimized for preparing vegetables, soups and sauces without occupying excessive kitchen space, and its smooth interior supports easy cleaning.

Suitable for

• Boiling and blanching vegetables
• Simmering soups, sauces and stews for small to medium servings
• Preparing side dishes and grains
• Everyday household cooking on induction, electric or gas stoves

Key specifications

• Material: stainless steel
• Diameter: 20 cm
• Compatibility: induction, electric and gas cooktops
• Intended use: boiling, simmering, preparing vegetables, soups and sauces

How to use

Place the pot on a compatible cooktop and add the required amount of liquid and ingredients. Use appropriate heat settings for boiling or gentle simmering according to the recipe. Avoid sudden temperature shocks by allowing the pot to cool slightly before rinsing under cold water. Use wooden, silicone or plastic utensils to preserve the interior finish and follow standard safety precautions when handling hot cookware.

Recommendations

For best results, preheat the pot briefly on low to medium heat before adding food to promote even heating. Hand washing is recommended to preserve the finish; if dishwashing is used, follow the dishwasher manufacturer's guidance for stainless steel items. Avoid use of abrasive cleaners that may scratch the surface.