de Buyer Prima Matera kuparikattila 5 L

The de Buyer Prima Matera Copper Pot 5 L combines traditional copper construction with a stainless steel lining to provide rapid and even heat distribution. Designed for professional and home kitchens, this 5-litre pot (diameter 27.9 cm, weight 3.13 kg) excels at delicate preparations such as sauces and reductions and is compatible with induction cooktops.

Advantages

Made of 90% copper and 10% stainless steel, the pot offers excellent thermal conductivity and precise temperature control while the stainless steel interior ensures a non-reactive cooking surface and easier maintenance. The copper exterior heats and cools within seconds, giving better responsiveness for fine cooking techniques. The pot’s size and construction make it suitable for both professional use and serious home cooking.

Suitable for

• Sauces and reductions
• Simmering and poaching
• Preparing stocks and soups
• Tasks requiring precise temperature control

Key specifications

• Brand: de Buyer
• Model: Prima Matera
• Capacity: 5 L
• Material: 90% copper exterior, 10% stainless steel lining
• Diameter: 27.9 cm
• Weight: 3.13 kg
• MPN: DB6241-28
• EAN: 3011246241284
• Compatible with induction cooktops

How to use

Place the copper pot on the cooktop and preheat briefly; copper responds quickly so adjust heat settings sooner than with thicker steel pans. Use the stainless steel interior for sautéing, simmering or reducing sauces. Avoid prolonged storage of acidic foods in the pot. Clean after use according to the manufacturer’s care instructions to preserve the copper finish and the stainless steel lining.

Recommendations

For best results when preparing delicate sauces or reductions, maintain a low to medium heat and monitor temperature closely — the Prima Matera copper pot will react rapidly to changes in heat, allowing fine control. Regular polishing of the copper exterior will preserve its appearance, while routine cleaning of the stainless steel interior will maintain a safe, non-reactive cooking surface.