Prestige Infinity Tri Ply Stainless Steel 24cm Casserole With Lid | Induction + all hob suitable | PR81192

Prestige Infinity Tri-Ply Stainless Steel 24cm Casserole with Glass Lid (PR81192) delivers exceptional heat distribution, optimal temperature retention, and dependable performance for family-sized meals and batch cooking. 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 versatile 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 24cm 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.