Frigideira Russell Hobbs RH02842EU7 28 cm antiaderente

Russell Hobbs RH02842EU7 28 cm Non-stick Cooking Pan is a versatile frying pan designed for everyday use. The 28 cm diameter provides a practical cooking surface for frying, sautéing and making sauces. A non-stick interior simplifies food release and cleaning, while the pan's construction promotes even heat distribution for consistent cooking results across the whole surface.

Advantages

The non-stick coating reduces the need for cooking fat and prevents food from sticking, making it easier to prepare delicate items such as eggs and fish. Its 28 cm size balances capacity and stove footprint, suitable for small families or single households. Even heat distribution helps avoid hot spots, supporting uniform browning and controlled simmering. The pan is lightweight enough for daily handling and convenient cleaning.

Suitable for

• Frying and sautéing vegetables, meat and fish
• Preparing omelettes and eggs
• Reducing and simmering sauces
• Everyday home cooking and quick meals

Key specifications

• Diameter: 28 cm cooking surface
• Non-stick interior surface for easy food release
• Even heat distribution for consistent cooking
• Suitable for stovetop use on conventional cookers (check compatibility with induction if required)
• Lightweight construction for easy handling and maneuvering

How to use

Preheat the pan briefly over medium heat before adding ingredients to achieve more even cooking. Use moderate amounts of oil or butter when desired; the non-stick coating allows reduced fat. Avoid overheating an empty pan to prolong the non-stick surface life. Cook foods according to their required temperatures and turn or stir as needed to ensure even browning.

Recommendations

To preserve the non-stick coating, use wooden, silicone or plastic utensils rather than metal tools, and wash the pan by hand with a soft sponge and mild detergent. Allow the pan to cool before cleaning and avoid abrasive cleaners or scouring pads. Store the pan carefully to prevent scratches on the interior surface.