Tefal K001S9 frying pan set, 9 pcs, black, heat-resistant up to 220 °C, made in Portugal

Tefal K001S9 frying pan set is a 9-piece collection of black frying pans manufactured in Portugal and designed for everyday stovetop cooking. The pans are heat-resistant up to 220 °C and cover a range of sizes to handle frying, sautéing and general cooking tasks. The set is supplied in compact packaging that facilitates storage and transport.

Advantages

The set offers a consistent cooking surface across multiple pan sizes, enabling straightforward pan selection for different recipes. Heat resistance up to 220 °C provides stability for most household frying and sautéing operations. Being manufactured in Portugal ensures consistent production standards, and the black finish is neutral for kitchen aesthetics. Compact packaged dimensions make handling and shelving efficient for retail or home storage.

Suitable for

• Frying eggs, pancakes and crepes
• Sautéing vegetables and meat
• Preparing sauces and reductions on the stovetop
• Everyday family meal preparation

Key specifications

• Set composition: 9 frying pans in multiple sizes
• Color: Black
• Heat resistance: up to 220 °C
• Origin of manufacture: Portugal
• Packaging dimensions: 130 × 335 × 95 mm
• Designed for stovetop use

How to use

Select a pan size appropriate for the amount of food to cook and preheat it over a medium heat. Add a small amount of fat or oil if required for the recipe, then add ingredients once the pan reaches cooking temperature. Avoid overheating the pans above their rated limit and monitor heat during frying or sautéing. After use, allow pans to cool before cleaning according to the manufacturer's care instructions to preserve the cooking surface and finish.

Usage recommendations

To extend service life, avoid prolonged dry heating above 220 °C and use utensils that will not scratch the cooking surface. Clean each pan with a non-abrasive sponge and mild detergent; dry thoroughly before storage. Store pans nested or separately as needed to prevent surface damage.