Prestige Ceramic Double Hotplate Stainless Steel Body With Dual Temperature Controls | 2500W - PR81404

Prestige Ceramic Double Hotplate (PR81404) brings powerful, portable cooking efficiency to any tabletop or kitchen counter. Driven by a robust 2500W heating element, this dual-burner appliance features high-performance ceramic coated plates that heat up rapidly and distribute thermal energy evenly. Built with a heavy-duty, rust-proof stainless steel housing and featuring dual adjustable temperature controls, it is the ideal choice for extra cooking capacity, dorms, outdoor events, or compact spaces. Sleek, safe, and effortlessly easy to clean.

Why the Prestige 2500W Ceramic Double Hotplate is a Kitchen Essential:

• Dual Dual-Sized Ceramic Plates: Features a large 185mm plate for heavy pots and skillets alongside a 155mm plate for smaller pans, enabling you to boil, simmer, or fry two dishes at once.
• 2500W Rapid Heating: Advanced ceramic heating element technology ensures fast thermal response times and even heat absorption, reducing cooking times compared to standard hotplates.
• Durable Rust-Proof Stainless Steel: Encased in an elegant, commercial-grade stainless steel body that resists rust, corrosion, and wear, ensuring maximum longevity and clean aesthetics.
• Overheat Safety Protection: Built with an intelligent auto shutdown system that turns off power if unsafe internal temperatures are reached, providing multi-layer thermal safety.
• Adjustable Temperature Knobs: Offers independent temperature dials for each heating zone, providing complete precision whether you need a low simmer or high-heat boil.
• Portable & Stable Design: Outfitted with sturdy anti-skid rubber feet to keep the unit firmly anchored on counter surfaces during use, while its lightweight footprint makes it easy to transport and store.

Pro Tip: The smooth ceramic plates retain heat efficiently even after the power is shut off. Turn off the temperature control knob a few minutes prior to completing your cooking cycle to utilize residual heat and cut down power consumption.