AGNELLI Aluinox Hammered 3-Ply Casserole 24x6 cm with 2 Stainless Steel Handles

AGNELLI Aluinox Hammered 3PLY 1907 Pot 24x6 cm – Even Heat Distribution

Robust, high-performing, and featuring a hammered design, the AGNELLI Aluinox Hammered 3PLY 1907 Pot 24x6 cm is the ideal ally for precise cooking. Its 3PLY structure guarantees excellent heat distribution, essential in any professional or home kitchen.

Made with 3PLY technology, an aluminum core encased between stainless steel layers, this material is appreciated for its ability to conduct and maintain heat optimally, ideal for professional catering and intensive home use.

Looking for a pot that lasts?
The AGNELLI Aluinox Hammered 3PLY 1907 Pot 24x6 cm offers a thickness of 2.5 mm, ensuring thermal stability and exceptional durability even with intensive use.

Do you need versatility in the kitchen?
This pot is compatible with all hobs, including induction, and its two handles ensure a secure and comfortable grip during use.

Do you want a touch of elegance and professionalism?
The hammered finish of the AGNELLI Aluinox Hammered 3PLY 1907 Pot 24x6 cm is not only aesthetically pleasing but also evokes the craftsmanship and quality of professional kitchens.

Are you looking for consistently even cooking?
The 3PLY structure with an aluminum core ensures rapid and perfectly homogeneous heat distribution, eliminating hot spots and improving the results of every recipe.

Technical Specifications

• Brand: AGNELLI
• Model: 1907
• Material: Alu-Inox 3PLY (aluminum + stainless steel)
• Color: Inox / Silver
• Item Code: ALUM110M24

Dimensions

• Diameter: 24 cm
• Height: 6 cm (or 6.3 cm)
• Thickness: 2.5 mm
• Weight: 1.5 kg

Usage

• Ideal for braises, stews, risottos, and slow cooking that require control and uniformity.
• Compatible with all hobs, including induction, for maximum flexibility.

Maintenance

• Hand washing recommended to preserve the hammered finish and material properties over time.

Buy it now for precise cooking, exceptional durability, and professional design.