Stampo da forno Pensofal Diamond rotondo 24 cm antiaderente durevole

Pensofal Diamond round 24 cm baking pan is made from durable extruded aluminum and finished with a six-layer Diamante non-stick coating reinforced with diamond powder. The pan is designed for everyday baking of cakes, tarts and other baked goods; its construction provides even heat distribution and easy food release while simplifying cleaning and maintenance.

Advantages

The Diamante coating offers strong non-stick properties even with minimal oil and high resistance to abrasion and scratches. The pan has a patented base with a 1 mm stainless steel insert that prevents slipping and deformation and promotes uniform heat distribution thanks to a rounded shape. A comfortable non-slip Bakelite handle withstands temperatures up to 200 °C. The pan is compatible with all heat sources including induction, oven-safe and dishwasher safe.

Suitable for

• Baking cakes and tarts
• Preparing quiches and savory pies
• Everyday home baking and reheating in oven

Key specifications

• Material: aluminum alloy
• Coating: six-layer Diamante non-stick reinforced with diamond powder
• Diameter: 24 cm
• Bottom thickness: 1.5 mm (with 1 mm stainless steel insert)
• Wall thickness: 1.5 mm
• Color: chocolate
• Suitable for: all types of heating surfaces, including induction
• Oven-safe: yes
• Dishwasher safe: yes

How to use

Before first use wash the pan in warm soapy water and dry. Apply a small amount of oil if desired to enhance release, then preheat the oven to the recipe temperature and bake as instructed. Avoid metal utensils and abrasive cleaners to maintain the non-stick coating. After use, allow the pan to cool slightly before washing to preserve its shape and coating.

Recommendations

To extend the life of the Diamante non-stick surface, clean with non-abrasive sponges, avoid sudden temperature shocks (such as placing a hot pan under cold water) and use silicone, wooden or plastic utensils. Although dishwasher safe, hand washing will better preserve coating performance over time.