Environmentally friendly, handy and easy to clean - ideal for delicious stews!

The NEW LIFE® serving pan is made of high-quality, 100% recycled aluminium from Europe and is produced with up to 95% less energy than conventional cookware. The high-quality recycled aluminium is even harder than pure aluminium, as it is combined from different aluminium alloys. Thanks to the thick base with full-surface induction disc and the good material properties of aluminium, the heat is distributed evenly over the food to be cooked and stored optimally. Also because of the highly reinforced ceramic three-layer non-stick coating, the serving pan convinces with its durability and increased wear resistance.

Thanks to the low rim and the high-quality non-stick coating, the practical serving pan is ideal for gently frying meat, vegetables, potatoes and egg dishes. The non-stick coating prevents food from sticking. It is also ideal for preparing sauces and stews. Vegetarian variations are just as perfect in the serving pan: get that holiday feeling in the kitchen with a fine Greek-style vegetable stifado!

The ergonomic Bakelite side handles stay cool even at high temperatures. The glass lid with steam opening ensures convenient visual cooking and prevents unnecessary heat loss or a vacuum. The easy cleaning saves time and water and is another pleasant plus of this high-quality serving pan.

The packaging is made of 100 % recycled cardboard. The aim in manufacturing the NEW LIFE® line from Kuhn Rikon is to greatly reduce the environmental impact.

• Recycled aluminium saves energy
• Swiss Made - Made in Switzerland
• Thick base for optimal heat distribution & storage
• Durable 3-layer non-stick coating reinforced with ceramic particles
• Ideal for stews
• Ergonomic handles stay cool
• Glass lid allows observing the food being cooked
• Suitable for all types of hobs, induction included
• Suitable for ovens up to 220 °C/428°F (caution: handles can get hot)
• Easy to clean
• Packaging made of 100 % recycled cardboard
• Available in different sizes