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Home & Kitchen with Caraway
5 Best Baking Pans and Materials
Key Takeaways
The material your bakeware is made from directly affects how food bakes and what chemicals, if any, it's exposed to at high oven temperatures.
Ceramic-coated, stainless steel, enameled cast iron, glass, and stoneware are among the safest, highest-performing options for home bakers.
Traditional PTFE-coated non-stick bakeware can release chemicals at oven temperatures, making material transparency worth prioritizing when you shop.
Most people pick a baking pan based on price, what fits in the cabinet, or whatever's left on the shelf. Completely fair. But the material that comes in direct contact with your food matters more than most of us stop to think about.
At Caraway , knowing what your kitchen tools are made of has always been the baseline. That applies just as much to bakeware as it does to a sauté pan.
Here's how the most common baking pan materials actually compare, so you can make choices you feel good about.
1. Ceramic-Coated Bakeware
Ceramic-coated bakeware earns the top spot for a reason. The coating is naturally slick, delivering real non-stick performance without synthetic chemical coatings. When made correctly and free from PTFE, PFOA, PFAS, lead, and cadmium, it's one of the most health-forward choices for everyday baking.
A few things that make it stand out:
Even heat distribution. Ceramic transfers heat consistently across the pan's surface, so muffins bake through at the same rate, cookies brown evenly, and sheet-pan dinners skip the cold-spot issue.
Naturally non-stick. Less oil, easier cleanup, and no coating flaking off into your food over time.
Versatility. From baking sheets to muffin pans to loaf and circle pans, ceramic-coated covers pretty much every baking scenario.
Our Bakeware Collection is third-party tested for over 200 PFAS types and 20-plus heavy metals. One thing to keep in mind: ceramic does best with a light layer of oil or butter and some gentle care after use. Skip the metal utensils and abrasive scrubbers, and a quality ceramic pan stays in your rotation for years.
2. Stainless Steel
Stainless steel is an uncoated, non-reactive material that handles serious oven heat without degrading. No coating to scratch off, no guesswork about what's in the pan, just durable, low-maintenance bakeware that performs. It browns things beautifully and holds up especially well for:
Roasting vegetables
Baking proteins
Anything where caramelization and crisp edges are the goal
It doesn't release food as naturally as a coated surface, so a little oil and a sheet of parchment go a long way for more delicate recipes. Our Stainless Steel Collection is built on 5-ply construction that heats evenly and cleans up without drama.
3. Enameled Cast Iron
Cast iron's heat retention is legendary. Once it's up to temperature, it stays there and distributes heat steadily, which means consistent results from edge to center. The enameled version takes all of that and solves the biggest friction point with traditional cast iron: the upkeep.
No seasoning, no special cleaning rituals. The enamel coating is smooth, non-porous, and non-toxic, and it goes from stovetop straight into the oven. Our Enameled Cast Iron Collection features a 3-layer enamel coating, free from PFAS and PTFE, oven-safe up to 500°F, and made with 50% recycled materials.
It's built for:
Cornbread and cobblers
Skillet brownies and deep-dish recipes
Anything that benefits from staying hot long after it leaves the oven
The pieces run heavier than other bakeware, but for something designed to be passed down for generations, that weight makes sense.
4. Glass (Borosilicate)
Glass is about as chemically inert as bakeware gets. It doesn't react with food, doesn't absorb odors or flavors between uses, and has nothing to degrade over time. Borosilicate glass specifically is engineered for better resistance to thermal shock, which matters when your dish is moving from a warm kitchen into a hot oven.
Because glass retains heat so efficiently, food stays warm longer after it comes out of the oven. Bake times can run slightly longer compared to metal, so keep an eye on things the first time you use a new recipe.
It's particularly well-suited to:
Casseroles and lasagna
Fruit cobblers and crisps
Anything where checking the sides and bottom while it bakes is helpful
5. Stoneware
Stoneware sits in a similar lane to glass when it comes to steady, even heat, but its surface absorbs moisture in a way that promotes a slightly crispier exterior on baked goods. That makes it a natural fit for pies, tarts, quiche, and roasted dishes where you want a firm outer edge against a tender interior.
Preheating the pan before adding food makes the biggest difference here. It evens out cooking and helps with release. As with any bakeware, sourcing matters. Look for pieces from brands that are upfront about lead- and cadmium-free glazes.
What To Skip
Traditional PTFE-coated non-stick bakeware is worth reconsidering. Research shows that PFAS can migrate from bakeware into food , particularly as temperatures rise, and oven baking is, by definition, a high-heat situation. PTFE-coated cookware can also release gases and chemicals at normal cooking temperatures with varying degrees of toxicity.
To add to the confusion, a "PFOA-free" label doesn't mean PFAS-free . Since PTFE itself is a fluoropolymer and can show up in pans marketed as clean alternatives. The materials in this list sidestep all of that.
FAQs
What is the healthiest material for baking pans?
Ceramic-coated, stainless steel, enameled cast iron, glass, and stoneware are all strong choices. The bigger factor is sourcing from brands that are transparent about third-party testing for PFAS and heavy metals.
Is ceramic bakeware safe to use?
When it's made with a non-toxic, lead- and cadmium-free glaze and backed by third-party testing, yes. Since ceramic quality varies widely between brands, it's worth checking whether a brand makes its testing results available before buying.
Can glass bakeware handle high oven temperatures?
Borosilicate glass handles high heat well and is more resistant to thermal shock than standard glass. Either way, avoid moving glass bakeware directly from the freezer or fridge to a hot oven.
Sources:
PFAS Migration from Food Contact Materials | PMC
PTFE-Coated Non-Stick Cookware and Toxicity Concerns | PubMed
What's Cooking? PFAS and Other Chemical Hazards in Nonstick Cooking and Baking Pans | Ecology Center