Made In Griddle: Cast Iron vs Steel (Comparison)
For a Made In griddle, the main alternative to compare is cast iron. Made In’s carbon-steel griddle is about 2.5 mm thick, heats and responds to temperature changes faster than many heavy cast-iron griddles, and needs seasoning. Cast iron holds heat well but is heavier and slower to adjust. Both can work on induction and in an oven; your cooktop and cooking style matter.
If you are choosing a griddle for pancakes, burgers, or a full breakfast, the material affects more than the first sear. It shapes how quickly the surface heats, how it responds when you lower the burner, and what care it needs after dinner. Knowing these differences now can help you pick a griddle you will still enjoy using years from now.
In my cookware comparisons, I look past labels like “professional” or “naturally nonstick.” The useful questions are practical: How does the pan behave on your heat source? Does its weight suit your kitchen? And are you willing to build and maintain a seasoning layer?
Material Setup and First-Use Preparation
Carbon steel is an iron-based alloy with a small amount of carbon; it is not stainless steel. Made In lists its griddle as 10-gauge carbon steel, about 2.5 mm thick. Cast iron is also iron-based, but cast-iron griddles are often thicker and heavier. Both are uncoated and rely on seasoning for a protective cooking surface.
Before first use, check the care instructions for the exact model. Made In’s product details can change, so confirm the griddle’s dimensions, oven rating, and any preparation steps on its current listing. Wash the cooking surface, dry it fully, and follow the maker’s seasoning directions. If seasoning is needed, use a very thin layer of oil. A thick coat can turn sticky instead of forming a smooth layer.
| Feature | Made In carbon-steel griddle | Cast-iron griddle |
|---|---|---|
| Material | 10-gauge carbon steel, about 2.5 mm | Cast iron; thickness and weight vary by model |
| Surface | Uncoated; needs seasoning | Usually uncoated; needs seasoning |
| Heat response | Often heats and cools faster than heavier cast iron | Often slower to heat and cool; holds heat well |
| Induction | Generally compatible; check contact with the cooktop | Generally compatible; check contact with the cooktop |
| Oven use | Made In lists carbon-steel cookware to 1,200°F (649°C); confirm the griddle model | Usually oven-compatible; check the maker’s limit |
| Main trade-off | Faster response, but still needs seasoning and careful heat control | Strong heat retention, but more mass to lift and heat |
“Gauge” is a thickness measure used for sheet metal. Here, the useful point is that the Made In griddle’s listed 10-gauge construction is about 2.5 mm thick, not that every carbon-steel pan has the same thickness. Cast-iron models vary too, so compare the actual griddles you are considering rather than treating either material as one fixed design.
Both materials are magnetic and generally work on induction. Still, a large griddle needs suitable contact with the cooking zone for effective heating. Check your cooktop manual and the griddle’s shape and base. A griddle that spans multiple burners may heat unevenly if the burners do not cover its footprint.
Heat Control and Griddle Cooking Technique
Heat response means how quickly a pan’s temperature changes when you turn the burner up or down. Carbon steel’s thinner construction can make the Made In griddle more responsive than a heavier cast-iron model. Cast iron’s mass can help it hold heat when cold food hits the surface, but that same mass takes longer to warm and cool.
Start with gradual preheating rather than a burner set to high. A practical starting point is 5 to 10 minutes over low to medium heat, then adjust based on how evenly the surface warms and what you are cooking. That is a general cooking approach, not a manufacturer-set time or a promise that every griddle will heat evenly. Burner size, griddle dimensions, thickness, and cooktop type all affect results.
Do not leave either griddle empty over high heat for a long time. A very hot surface can burn oil or food, and intense uneven heating can stress cookware. There is no universal thermal-shock limit for these materials. Avoid sudden temperature changes: do not pour cold water onto a hot griddle or move it straight from a hot burner into cold water.
For food to release well, preheat steadily, add a thin film of suitable oil, and give proteins time to brown before trying to turn them. For oil, smoke point is the temperature at which it begins to smoke; it is not a target for cooking. Refined avocado oil is typically around 500°F (260°C), while refined canola oil is around 400°F (204°C), but products vary. Use a thin coat and lower the heat if oil smokes.
| Cooking situation | Carbon-steel griddle | Cast-iron griddle |
|---|---|---|
| Fast temperature adjustment | Often the easier response, especially with thinner construction | Slower response; allow time for changes to take effect |
| Cold food added to a hot surface | Preheat evenly and avoid crowding | Heat retention may help, but the surface still needs proper preheating |
| Pancakes or eggs | Use moderate heat and a well-seasoned surface | Use moderate heat; allow extra time to preheat |
| Heavy griddle handling | Typically less mass than many cast-iron models, but check product weight | Often heavier; consider lifting and storage |
| Induction cooking | Confirm the base contacts the cooking zone well | Confirm the base contacts the cooking zone well |
These are material tendencies, not guarantees. If your cast-iron griddle is relatively thin or your carbon-steel griddle is large, their behavior may differ from the general pattern. On induction, move through settings gradually and watch how the surface responds rather than assuming a particular number on the control equals a particular pan temperature.
Cleaning, Drying, and Seasoning Maintenance
Seasoning is a thin layer of oil that has bonded to the metal through heat. It helps protect carbon steel and cast iron from rust and can improve food release, but it is not a permanent factory coating. It can wear, become patchy, or weaken with use. Both griddles need prompt drying and sensible cleaning.
After cooking, let the griddle cool gradually. Wash with hot water and a non-abrasive brush or scraper, then dry it completely right away. If the surface looks dry or will be stored for a while, wipe on a very thin film of oil. Avoid aerosol cooking sprays on seasoned cookware; their propellants and additives can leave residue that is hard to remove.
Tomato, wine, and vinegar-based sauces are a special case. Prolonged acidic cooking can weaken or strip seasoning on either material. For a long acidic braise, use stainless steel or another non-reactive vessel instead. If seasoning is affected, clean and dry the griddle, then re-season the damaged area according to the maker’s instructions.
If food sticks, check the basics before deciding the pan has failed. The surface may need more seasoning, the griddle may not have been evenly preheated, or food may have been turned before it browned and released. Sticky patches can also come from too much oil during seasoning. Remove residue as the care guide allows, dry thoroughly, and apply a very thin oil layer.
Real-World Cooking Scenarios
A cooking scenario is a way to compare how each griddle may suit a specific task without treating one pan as best for every home. The examples below are practical illustrations, not controlled laboratory results. Your burner, food load, pan dimensions, and technique can change what you experience.
Weekend breakfast on induction: If you cook pancakes and eggs in batches, gradual preheating and heat control matter more than a high setting. The carbon-steel model’s thinner construction may respond sooner when you adjust the heat. A cast-iron griddle may retain heat well between batches, but can take longer to cool if the surface becomes too hot. Confirm that the griddle sits properly on your induction cooktop.
Burgers for a crowd: Both materials can cook burgers on a properly heated surface. Cast iron’s mass may help it retain heat as food is added, while carbon steel may be quicker to adjust between batches. Avoid crowding either surface; adding too much cold food at once can lower the cooking temperature. The best fit may come down to how much cooking area you need and whether you can comfortably move the griddle.
A pan that starts sticking: A loss of easy release does not, by itself, prove that the material is defective. First review heat, oil, cleaning, and seasoning. If the griddle was used for a long acidic cook, the seasoning may have weakened. Restore the surface according to the manufacturer’s care instructions, then try a lower, steadier preheat and allow food to brown before turning.
Serving and Dining Presentation
Serving from a griddle means using it at the table or bringing it to the table while warm. Both materials can suit that purpose, but their weight and heat retention affect handling. Check the product’s instructions before moving or serving with a hot griddle, and use a stable, heat-safe surface.
Carbon steel may be easier to lift than a heavier cast-iron model, but actual weight depends on the griddle’s size and design. Cast iron can remain hot after cooking, so do not assume a surface is safe to touch just because the burner is off. For either material, use suitable protection and avoid placing hot cookware on a surface that may be damaged by heat.
Which Griddle Should You Choose?
The better choice depends on which trade-offs fit your routine. Choose the Made In carbon-steel griddle if its size and weight suit your kitchen and you want a griddle that may respond more quickly to burner changes than many heavy cast-iron options. Choose cast iron if heat retention and a substantial feel matter more, and you are comfortable with slower heating and greater weight.
Before buying, check the exact griddle’s dimensions, weight, induction contact, and oven rating. Made In lists its carbon-steel cookware as oven-safe to 1,200°F (649°C), but treat that as the manufacturer’s limit, not a routine cooking target, and verify that it applies to the griddle you plan to buy. For either material, compare the care instructions as closely as the cooking claims.
Frequently Asked Questions
These short answers address common buying and care questions about the Made In carbon-steel griddle and cast iron. They focus on the differences that affect everyday cooking: heating, induction use, seasoning, oven use, cleaning, and food release. Always check the current instructions for your specific model.
Is the Made In griddle carbon steel or stainless steel?
It is carbon steel, not stainless steel. Made In lists its griddle as 10-gauge carbon steel, about 2.5 mm thick. It is uncoated and requires seasoning and care to protect it from rust.
Does a carbon-steel griddle heat faster than cast iron?
It may heat and cool faster than a heavier cast-iron griddle because it is thinner. The actual result depends on both products’ dimensions and thickness, as well as the burner or cooktop.
Does cast iron hold heat better?
Cast iron’s greater mass in many griddles can help it retain heat, but it also makes the pan slower to heat and cool. Thickness and design matter, so compare the specific models.
Can I use either griddle on induction?
Generally, yes. Carbon steel and cast iron are magnetic materials. Check that the griddle base makes suitable contact with your cooktop and follow the cooktop maker’s guidance.
Does a Made In carbon-steel griddle need seasoning?
Yes. It is uncoated, and seasoning helps protect the surface and support food release. Follow the current instructions for your model and use a thin oil layer.
How long should I preheat the griddle?
There is no universal required time. A practical starting point is 5 to 10 minutes over low to medium heat, then adjust after checking how evenly the surface has warmed.
Can I cook tomato sauce on carbon steel or cast iron?
Brief contact may be different from a long cook, but prolonged acidic cooking can weaken seasoning on both materials. Use stainless steel or another non-reactive pan for a long tomato, wine, or vinegar-based braise.
What should I do if food sticks?
Check that the griddle was heated evenly, that you used enough suitable oil, and that food had time to brown before turning. Also inspect seasoning for worn or sticky areas and follow the care guide to restore it.
Can I pour water on a hot griddle to clean it?
No. Let it cool gradually before washing. Sudden temperature changes can stress cookware, and there is no universal thermal-shock limit that makes a hot-to-cold plunge safe.
Is 1,200°F a recommended cooking temperature?
No. Made In lists that figure as an oven-safe limit for its carbon-steel cookware. It is not a recommended routine cooking temperature, and you should confirm the rating for the exact griddle model.
(This article was written by one of our staff writers, David S. Kensington. Visit our Meet the Team page.)
