Getting the Best from Your Bakeware

Baking is less forgiving than stovetop cooking: once the tin is in the oven, you cannot stir, taste or adjust. That means the pan you choose, how you prepare it and how your oven behaves do most of the work. The good news is that these are all things you can control before the door closes.

Match the pan to the job

Recipes are written for a specific tin for a reason. A deep cake pan holds a thick batter that needs time for heat to reach the centre; a shallow sandwich pan bakes a thin layer quickly; a loaf tin supports a heavy dough as it rises; a flat tray exposes biscuits and roasted vegetables to direct heat. Using a very different shape or depth changes how the bake cooks, not just how it looks.

• Deep, loose-based or springform tins: cakes and cheesecakes that need height and clean release.
• Shallow sandwich tins: layer cakes that bake quickly and evenly.
• Loaf tins: breads, loaf cakes and terrines that need support while they set.
• Flat trays and sheets: biscuits, scones, roasting — anything that benefits from exposed surface and air circulation.
• Lidded or deep ceramic and cast iron dishes: cobblers, bakes and roasts that cook gently and hold heat at the table.

What the material does

You do not need to memorise metallurgy, but the broad behaviour of each material is worth knowing because it changes results:

• Metal (aluminium, aluminised or carbon steel): heats quickly and evenly, the standard for cakes and breads. Darker metal absorbs more heat and browns faster; lighter, shinier metal bakes more gently.
• Non-stick coated metal: releases easily and cleans up well, but the coating needs care — no metal utensils, no abrasive scouring. See our non-stick care guide for the details.
• Glass and ceramic: heat up more slowly but hold heat well, and you can see browning through glass. Good for dishes that go from oven to table. Avoid sudden temperature shocks, such as a hot dish onto a cold wet surface.
• Cast iron: holds heat exceptionally well and gives strong, even browning — excellent for breads and deep bakes. It is heavy and needs the care covered in our cast iron guide.
• Silicone: flexible and releases without greasing, but it does not brown the way metal does and needs a tray underneath for stability.

None of these is best overall. A well-made tin in any material bakes well when it is the right size, properly prepared and matched to the recipe.

Size and depth matter more than shape

Batter depth decides baking time. The same batter in a larger, shallower tin bakes faster and can dry out; in a smaller, deeper tin the outside can overbake before the centre sets. When a recipe names a tin size, treat it as part of the ingredient list. Measure across the inside top of the tin, in centimetres, and note the depth too — a 20 cm sandwich pan and a 20 cm deep cake pan are not interchangeable.

If you must change tin size, keep the batter depth roughly similar to the original and expect to adjust the time: shallower bakes need less time, deeper bakes need more. There is no reliable universal conversion, so check early and often — a skewer in the centre and the look of the edges tell you more than the clock. When in doubt, bake at the recipe's temperature and adjust time, rather than raising the temperature to compensate.

Greasing, lining and release

• Greasing: a thin, even film of butter or oil helps most bakes release. Too much fat can fry the edges of a delicate cake.
• Lining: baking paper on the base (and sides for deeper cakes) is the most reliable release, especially for sticky or high-sugar batters. Cut paper to fit flat; creases leave ridges.
• Flouring after greasing: useful for shaped tins such as bundt pans, where the coating must reach every detail. Tap out the excess.
• Non-stick tins still benefit from light preparation for intricate shapes, even if everyday bakes release without it.
• Let cakes rest in the tin for the time the recipe suggests before turning out — too soon and they break, too long and they sweat and stick.

Oven position, preheating and heat

Preheat fully before the tin goes in. Batter that sits in a cold or half-heated oven rises and sets differently, and timings stop meaning anything. The middle rack is the default for even heat; higher positions brown tops faster, lower positions firm up bases. If you bake two trays at once, leave space around each for air to circulate and swap their positions partway through — crowding the oven slows and evens out browning in unpredictable ways.

Oven thermostats drift, and many home ovens run hotter or cooler than the dial says. If your bakes consistently finish early or late, an inexpensive oven thermometer tells you what your oven actually does, and you can adjust the dial to match. Also resist opening the door in the first two-thirds of a bake — the rush of cooler air can collapse a rising cake.

Troubleshooting common problems

• Stuck to the tin: usually preparation — grease and line next time, and let the bake rest before turning out. Running a thin spatula around the edge helps.
• Burnt base, pale top: the tin was too low, the metal too dark, or the oven runs hot underneath. Move up a rack, use a lighter tray, or slide a second tray underneath to shield the base.
• Browned outside, raw centre: the tin was too small or deep for the batter, or the oven too hot. Use the size the recipe intends, or lower the temperature slightly and bake longer.
• Sank in the middle: underbaked, the door opened too early, or too much raising agent. Check with a skewer before removing and keep the door closed while it rises.
• Dry and overbaked: too long, too hot, or a tin larger and shallower than intended. Check earlier — bakes often finish before the recipe's longest time.
• Uneven rise or lopsided browning: the oven has hot spots. Rotate the tin partway through baking.

Cleaning, storage and knowing when to replace

Let tins cool before washing — a hot tin plunged into cold water can warp, and warped tins bake unevenly. Soak off baked-on residue rather than scouring it; abrasives scratch non-stick coatings and seasoned surfaces. Some bakeware is labelled dishwasher safe, but handwashing is gentler on coatings and finishes — follow the maker's instructions for your specific tin. Dry thoroughly before stacking, and nest tins with a sheet of paper or a cloth between them to protect surfaces.

Replace a tin when the non-stick coating is flaking or deeply scratched, when it has warped enough to wobble on a flat surface, or when rust appears on exposed metal. A tin that releases poorly despite proper preparation has usually reached that point.