Sacred Kitchen Cast Iron Frying Pan | Uncoated Non-Stick | 20cm or 26cm | Gas & Induction Compatible | Egg, Steak & Crepe

Cook with the Oldest, Purest Material on Earth.

The Sacred Kitchen Cast Iron Frying Pan is a return to the way cooking was always meant to be — pure, intentional, and free from synthetic coatings. Crafted from solid cast iron with a naturally non-stick, uncoated surface, this pan develops a beautiful seasoning over time that only gets better with every use.

Compatible with gas, induction, and all stovetop types, and available in 20cm and 26cm sizes — perfect for eggs, pancakes, crepes, seared steak, and every nourishing meal in between. Also available with a steak clamp and shovel for the complete conscious kitchen setup.

Why You'll Love It

• Pure Cast Iron, No Synthetic Coatings - free from PFAS, PTFE, and chemical non-stick coatings — just pure iron that gets better with age
• Naturally Non-Stick Surface - develops a rich, natural seasoning with every use that rivals any chemical coating
• Exceptional Heat Retention - heats evenly and holds temperature beautifully for perfectly cooked meals every time
• Universal Compatibility - works on gas, induction, electric, and all stovetop types; oven-safe too
• Two Size Options - 20cm for eggs, crepes & single servings; 26cm for steaks, pancakes & family meals
• Heirloom Quality - a pan that lasts a lifetime and gets better with every season, every meal, every memory made in the kitchen
• Accessories Available - add the steak clamp or shovel for a complete, intentional kitchen toolkit

Product Details

• Material: Cast iron (uncoated)
• Sizes: 20cm or 26cm
• Compatible with: Gas, induction, electric, ceramic stovetops; oven-safe
• Options: 20cm pan, 26cm pan, steak clamp, shovel

Season your pan before first use with a thin layer of oil. Hand wash only — do not use soap or place in dishwasher. Dry immediately after washing and apply a light coat of oil to maintain seasoning. Cast iron may show slight natural variation in texture — this is a feature of the material.