Kattila kahvalla de buyer PRIM APPETY DB3501-14 14 cm induktiokäyttöön sopiva

de buyer PRIM APPETY DB3501-14 is a 14 cm casserole pan designed for induction cooktops. Compact and durable, this small saucepan is intended for simmering, preparing sauces, reductions and small-portion cooking. The pan’s construction provides even heat distribution and stable temperature control on induction surfaces, making it suitable for precise culinary tasks in home kitchens.

Advantages

The compact size supports efficient use of energy and stovetop space while allowing controlled simmering and reduction. Its induction-compatible base ensures quick heat response and uniform cooking across the pan. The design facilitates practical handling and pouring, and the material finish is chosen for durability and regular kitchen use. This pan is well suited to tasks that require steady low-to-medium heat.

Suitable for

• Preparing sauces, gravies and reductions
• Simmering small portions and side dishes
• Heating or melting butter, chocolate and small ingredients
• Reducing liquids for concentrated flavours
• Cooking for one or two servings

Key specifications

• Diameter: 14 cm
• Compatible with induction cooktops
• Compact capacity suitable for small portions
• Even heat distribution for controlled simmering
• Designed for everyday home kitchen use

How to use

Place the pan on a properly sized induction zone and set the heat to low or medium according to the recipe. Preheat briefly if browning is required, but for sauces and reductions maintain lower temperatures to avoid burning. Use wooden or silicone utensils to preserve the pan’s internal finish. Monitor liquids and stir as needed to prevent sticking; adjust heat promptly because induction provides rapid temperature changes.

Recommendations

For best results, start with moderate heat and reduce to maintain a gentle simmer. Clean after each use following the manufacturer’s care instructions and avoid abrasive cleaners or steel wool to keep the surface condition consistent for long-term performance.