Prestige Infinity Tri Ply Stainless Steel 26cm Casserole With Lid | Induction + all hob suitable | PR81193

Prestige Infinity Tri-Ply Stainless Steel 26cm Casserole with Glass Lid (PR81193) delivers exceptional heat distribution, optimal temperature retention, and dependable performance for large family gatherings and meal prep. Built with heavy-duty 2.3mm 3-layer clad metal technology, it features a premium 18/10 stainless steel interior that provides a non-reactive, chemical-free surface to preserve natural flavors. Equipped with dual side handles, a tempered glass lid with steam vent, and ECAS UAE Government safety certification, this extra-large casserole pot works seamlessly across all cooktops—including induction—making it ideal for simmering stews, boiling soups, preparing rice dishes, and braising meats.

Why the Prestige Infinity Tri-Ply 26cm Casserole is a Kitchen Essential:

• Advanced Tri-Ply Clad Construction: The 3-layer metal core conducts heat rapidly across the entire base and sidewalls, completely eliminating hot spots to prevent scorching.
• Non-Reactive 18/10 Stainless Steel Interior: Safe, hygienic cooking surface free from artificial coatings that does not leach chemicals or alter delicate food flavors.
• Tempered Glass Lid with Steam Vent: Allows easy monitoring of food without releasing moisture or heat, maintaining optimal liquid consistency.
• Dual Stay-Cool Side Handles: Sturdy riveted stainless steel handles offer maximum strength and balance when transferring heavy hot liquid dishes.
• Universal Hob & Oven Safety: Fully magnetic base performs efficiently on induction cooktops, gas ranges, ceramic, and electrical hobs.
• Hassle-Free Maintenance & Safety: Fully dishwasher safe for quick cleanup and officially certified by ECAS UAE Government safety standards.

Pro Tip: When making slow-cooked stews or broths, bring liquids to an initial boil on medium heat, then lower the stove flame to minimum setting. The tri-ply thermal conductivity will maintain a continuous gentle simmer without consuming excess energy.