AEG TI64IB1CIZ Placa de Indução 60 cm sem Moldura Autónoma Resistente a Riscos SaphirMatt

The AEG TI64IB1CIZ Induction Hob combines cutting-edge induction technology with a sleek frameless design, offering a premium cooking experience. With its scratch-resistant ceramic glass surface and SaphirMatt finish, this hob is both durable and stylish. The autark function allows independent operation, while the 4 cooking zones with PowerBoost ensure rapid heating. Perfect for modern kitchens, it integrates seamlessly with your cookware and features intuitive touch slider controls.

Advantages

Experience fast and precise cooking with PowerBoost on all zones, providing up to 3.7 kW for quick boiling. The Hob2Hood function automatically controls your extractor hood for a cleaner kitchen. The 3-step OptiHeat residual heat indicator enhances safety, while the child lock and automatic safety switch-off give peace of mind. The frameless design with OptiFix installation ensures a flush fit on your countertop.

Suitable for

• Home cooks who value speed and efficiency
• Kitchens with modern, minimalist design
• Users requiring flexible zone placement and timer functions

Key specifications

• Product Type: Induction Hob
• Surface Material: Ceramic Glass
• Colour: Black
• Number of Cooking Zones: 4
• Control Type: Direct-Control Touch Slider
• Total Connected Load: 7350 W
• PowerBoost: Yes
• Hob2Hood Function: Yes
• Front Left Zone: 21 cm, 2.3 kW (3.7 kW PowerBoost)
• Rear Left Zone: 14.5 cm, 1.4 kW (2.5 kW PowerBoost)
• Front Right Zone: 14.5 cm, 1.4 kW (2.5 kW PowerBoost)
• Rear Right Zone: 21 cm, 2.3 kW (3.7 kW PowerBoost)
• Residual Heat Indicator: 3-step OptiHeat Control
• Safety Features: Child Lock, Automatic Safety Switch-off
• Timer Functions: CountUp, Eco, Timer
• Stop&Go Function: Yes
• Installation System: OptiFix
• Scratch Resistance: Yes

Recommendations

For optimal performance, use induction-compatible cookware. Ensure proper ventilation and professional installation. The hob is designed for built-in use with a minimum distance to surrounding surfaces.