70% off

CeramiClad® 2.0 Non Stick Frying Pan

$47.70 $159.00
Minus Plus

The next generation in clean cooking technology is here. Built on the same award-winning 5-ply core, and a completely reimagined ceramic coating that releases food better, for longer.

Details

CeramiClad® 2.0 isn't a refresh; it's a complete rebuild. We engineered a new four-layer coating architecture with a reinforced bond layer that absorbs thermal stress at the source, the same micro-fractures that cause every other ceramic pan you've owned to chip, stain, and lose its release within months. The result is 40% better food release and 43% greater durability, all without a single forever chemical in the formula.

Dimensions
  • Total Length (with handle): 21”
  • Total Diameter: 12.5”
  • Total Height (with handle): 3.75”
  • Depth: 1.75”
  • Cooking Surface Diameter: 9.5”
  • Weight: 3.3 lbs
Care
  • Hand wash only.
  • Heat Safe to 550°F (290°C)
  • Avoid abrasive detergents on the cooking surface.
  • If stacking to store, layer with Made In Pan Protectors or kitchen towels.
  • Heat and cool pans slowly to prevent warping.
  • Detailed Usage and Safety Instructions
Safety & Health

All CeramiClad™ pieces are made without:

  • PFAS
  • PFOA
  • PTFE
  • Lead
  • Cadmium
  • BPA

Third-Party Tested For Safety:

FAQs

Is Your CeramiClad® Non Stick Cookware Dishwasher Safe?

Because of the non stick coating on its cooking surface, our non stick cookware needs to be hand washed.

How Do You Cook With CeramiClad® Non Stick?

You can use our versatile CeramiClad® Non Stick cookware on the stove top, including induction cooktops, as well as in the oven. Because of its non stick surface, we do not recommend using metal utensils. You’ll get the best food release by cooking over medium temperatures on the stove top, rather than cranking your heat to high!

What is 5-Ply Construction?

5-Ply cookware refers to stainless steel constructed from five different layers. We use this as the base of our CeramiClad® pans to ensure excellent heat conduction and even heating across the surface.

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