Stainless Steel Induction Heat Conduction Plate for Moka Pot

Use Your Moka Pot on Any Induction Cooktop — Effortlessly

The Stainless Steel Induction Heat Conduction Plate is the smart kitchen accessory that bridges the gap between your beloved moka pot (or any non-induction cookware) and your modern induction cooker. Built with a 3-layer 430 stainless steel composite, this thermal conductive plate distributes heat evenly across the base of your pot, protecting your cookware from hot spots and letting you brew a perfect cup every time.

Designed with a comfortable PVC handle, it's easy to place and remove — even when warm. Available in two sizes (Diameter 13 cm and Diameter 20 cm) and two color options, there's a fit for every kitchen setup and cooktop size.

Key Features

• Universal Induction Adapter: Makes non-induction pots, moka pots, and cookware fully compatible with induction cooktops
• 3-Layer Stainless Steel Composite (430 Grade): Conducts and distributes heat evenly to protect cookware and improve brewing results
• Scratch Protection: Sits between your pot and the induction surface, keeping both surfaces in great condition
• Quick Heat Transfer: Efficiently transfers heat so your moka pot or cookware heats up without delay
• PVC Stay-Cool Handle: Ergonomic grip for safe, convenient handling
• Easy to Clean: Smooth stainless steel surface wipes clean in seconds
• Two Size Options: Diameter 13 cm (ideal for moka pots and small pans) and Diameter 20 cm (for larger cookware)
• Two Color Options: Choose the style that suits your kitchen aesthetic

Specifications

• Material: 430 Stainless Steel (3-layer composite) + PVC handle
• Available Sizes: Diameter 13 cm | Diameter 20 cm
• Color Options: 2 available
• Compatible With: All induction cooktops; works with moka pots, espresso pots, glass cookware, and other non-induction vessels

Why You'll Love It

Whether you're a dedicated moka pot enthusiast who recently switched to induction, or you simply want to protect your favorite pots while achieving more consistent heat, this induction conduction plate is an easy, affordable upgrade for your kitchen routine. It also doubles as a quick-thaw plate — place frozen ingredients on it at room temperature and the stainless steel accelerates even thawing without water or a microwave.

For more guidance on safe cookware and kitchen equipment standards, visit the U.S. Consumer Product Safety Commission (CPSC).

Frequently Asked Questions

Q: What is an induction heat conduction plate and how does it work?

A: An induction heat conduction plate (also called an induction adapter or diffuser) is a disc placed between an induction cooktop and a non-induction-compatible pot or pan. The induction cooktop heats the stainless steel plate, which then transfers that heat evenly to your moka pot, glass pot, or any other vessel — so you can use virtually any cookware on your induction cooker. The 3-layer 430 stainless steel composite in this plate ensures even heat distribution and protects your cookware base from scorching.

Q: What sizes are available and which should I choose?

A: This induction conduction plate is available in two sizes: Diameter 13 cm — ideal for standard moka pots, espresso pots, and small saucepans — and Diameter 20 cm — suited for larger pots, frying pans, and woks. Choose a size that matches or slightly exceeds the base diameter of your cookware for the best heat transfer results.

Q: Can I use this plate to thaw frozen food?

A: Yes! The stainless steel surface of this conduction plate is excellent for quick, even thawing at room temperature. Simply place frozen ingredients on the plate and the thermally conductive steel helps distribute ambient temperature evenly, speeding up the thawing process without electricity, water, or a microwave.

Q: Is this compatible with all induction cooktops?

A: Yes, this stainless steel heat conduction plate is designed to be universally compatible with all standard induction cooktops. The 430 stainless steel base is induction-ready, ensuring it heats up correctly on any induction surface.