AGNELLI Aluinox 2ply Non-stick Rondo Casserole with 2 Handles D 28 Cm

AGNELLI Round Casserole Alu-Inox 2ply Non-Stick 1907 cm 28 – Professional Efficiency

Essential, robust, with a functional design, the AGNELLI Alu-Inox 2ply Non-Stick 1907 cm 28 round casserole is the ideal ally for demanding professional and home kitchens. It guarantees high performance and uniform heat distribution over the entire surface. Optimal for braising, stewing, browning, and preparing complex sauces.

Made with Alu-Inox 2ply technology, this material combines the rapid thermal conductivity of aluminum with the resistance, hygiene, and stability of stainless steel. A constructive solution valued in professional catering for its effectiveness and durability.

Looking for strength and durability?
The AGNELLI Alu-Inox 2ply Non-Stick 1907 cm 28 casserole offers robustness and wear resistance, ideal for intensive and prolonged use over time.

Do you need easy cleaning?
The PFAS-free non-stick surface of this casserole greatly facilitates cleaning and prevents food, even the most delicate, from sticking.

Do you want versatility in the kitchen?
Its round shape and 28 cm diameter make it versatile for stews, risottos, slow cooking, and preparations that require space.

Looking for food safety?
The PFAS-free non-stick guarantees healthy and safe cooking, without the release of harmful substances during use.

Technical Specifications

• Brand: AGNELLI
• Model: 1907
• Material: Alu-Inox 2ply PFAS-free non-stick
• Color: Steel/Grey
• Item Code: ALUM012K28

Dimensions

• Diameter: 28 cm

Usage

• Professional and high-level home cooking.
• Ideal for braising, stews, roasts, and browning.
• Perfect for preparing creamy risottos and thick sauces.
• Suitable for cooking that requires uniform heat distribution.

Maintenance

• Hand washing recommended to best preserve the non-stick properties.
• Avoid using sharp metal utensils or abrasives on the surface.
• Do not use aggressive detergents.

Buy it now for uniform cooking, maximum hygiene, and professional durability.