This de Buyer frying pan is an ideal pan for preparing perfect dishes. The pan is made of sheet steel, which heats up quickly and can withstand high temperatures. The de Buyer pans contain a high carbon content. This allows the pans to last a lifetime, provided you take good care of them. Like all de Buyer pans, the pan must be seasoned first. Read below how to do this best. Before you can use a de Buyer steel pan, you must first season it to create a non-stick layer. To season the pan, you need a type of oil, but olive oil does not work well, as it cannot withstand high temperatures. Place the pan on the stove and heat it on low heat. Pour a generous amount of oil into the pan and let it heat for 5 minutes.
This de Buyer frying pan is an ideal pan for preparing perfect dishes. The pan is made of sheet steel, which heats up quickly and can withstand high temperatures. The de Buyer pans contain a high carbon content. This allows the pans to last a lifetime, provided you take good care of them. Like all de Buyer pans, the pan must be seasoned first. Read below how to do this best. Before you can use a de Buyer steel pan, you must first season it to create a non-stick layer. To season the pan, you need a type of oil, but olive oil does not work well, as it cannot withstand high temperatures. Place the pan on the stove and heat it on low heat. Pour a generous amount of oil into the pan and let it heat for 5 minutes.
in 3 offers
The lowest price for De Buyer Mineral B 24cm Carbon Steel Frying Pan right now is $75.20 at Naturitas, compared across 3 retailers.
The all-time low was $64.99 on 19 Mar 2026 — today's price is 16% above the lowest ever. That's a little above the best price we've seen.
Prices last updated 9 June 2026.
De Buyer Mineral B 24cm Carbon Steel Frying Pan
This de Buyer frying pan is an ideal pan for preparing perfect dishes. The pan is made of sheet steel, which heats up quickly and can withstand high temperatures. The de Buyer pans contain a high carbon content. This allows the pans to last a lifetime, provided you take good care of them. Like all de Buyer pans, the pan must be seasoned first. Read below how to do this best. Before you can use a de Buyer steel pan, you must first season it to create a non-stick layer. To season the pan, you need a type of oil, but olive oil does not work well, as it cannot withstand high temperatures. Place the pan on the stove and heat it on low heat. Pour a generous amount of oil into the pan and let it heat for 5 minutes.
This de Buyer frying pan is an ideal pan for preparing perfect dishes. The pan is made of sheet steel, which heats up quickly and can withstand high temperatures. The de Buyer pans contain a high carbon content. This allows the pans to last a lifetime, provided you take good care of them. Like all de Buyer pans, the pan must be seasoned first. Read below how to do this best. Before you can use a de Buyer steel pan, you must first season it to create a non-stick layer. To season the pan, you need a type of oil, but olive oil does not work well, as it cannot withstand high temperatures. Place the pan on the stove and heat it on low heat. Pour a generous amount of oil into the pan and let it heat for 5 minutes.
Last updated at 09/06/2026 09:42:53
Mineral b 24cm steel frying pan 1 unit - De Buyer
Delivery $33.31
de Buyer Mineral B Element Carbon Steel Frying Pan 24 cm
Delivery $62.40
De Buyer Mineral B Element Lyonnaise Frying Pan 24 Cm - Frying pans Carbon Steel - 10-561024
Delivery $29
| Capacity | 0.5 Liters |
| Diameter | 24 Centimeters |
| Auto shut-off | No |
| Compatible Models | Smooth Surface Induction |
| Compatible devices | Smooth Surface Induction |
Mineral b 24cm steel frying pan 1 unit - De Buyer
Delivery $33.31
de Buyer Mineral B Element Carbon Steel Frying Pan 24 cm
Delivery $62.40
De Buyer Mineral B Element Lyonnaise Frying Pan 24 Cm - Frying pans Carbon Steel - 10-561024
Delivery $29
| Capacity | 0.5 Liters |
| Diameter | 24 Centimeters |
| Auto shut-off | No |
| Compatible Models | Smooth Surface Induction |
| Compatible devices | Smooth Surface Induction |
