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Using VEVOR pizza stones in your home oven or on the grill will make your food taste as if it came from a real pizzeria. Our wide selection includes round pizza stones for classic pies and rectangular pizza stones for multiple pizzas or artisan breads. The unique pizza oven stones are made for outdoor pizza ovens that get very hot. VEVOR's construction of cordierite, ceramic, and steel improves it at keeping heat in and distribute it evenly. From small 12-inch stones for tabletop ovens to large 16-inch professional sizes, our collection has all the baking stones you need.
Are you fed up with pizzas that do not cook properly or never quite compare to your favorite pizza place? The stones absorb moisture and evenly distribute heat, creating the intense bottom heat that makes crusts perfectly crispy and golden. VEVOR pizza stones turn regular home ovens into professional baking spaces. Our products help home cooks achieve real pizza results while baking fans make artisan breads and pastries.
To choose the right pizza cooking stone, ensure its size and material match your oven's capacity. The stones should also match your preferred pizza size and the way you want it to cook.
To choose the right pizza stone size, measure the pizza's diameter and compare it against the oven's available space. Small 12-inch round pizza oven stones work in tabletop convection ovens, toaster ovens, and small apartment ovens. These stones can hold 10–11-inch pizzas, making them ideal for personal pies, lunch pizzas for one, or small home pizzas. The small width also lets users make several smaller pizzas at once by moving the stones in and out of the oven.
Standard 14-inch round stones are the most common size for home pizza-making. They fit easily in most full-size home ovens and make 12–13-inch pies that are plenty for two or three people. The stone fits on standard oven racks with 1 to 2 inches of space on all sides, allowing heat to flow evenly around the stone's edges.
Large 16-inch round pizza stones are too big for most home ovens. However, they can make 14- to 15-inch pies that are restaurant-sized and serve three to four people. For these larger pizza oven stones, you need to measure the inside of your oven. The stone needs at least an inch of space on all sides so that air can flow and heat it evenly.
The composition of the material greatly affects how well pizza stones retain heat and affects the texture of the crust. When it comes to thermal shock resistance and durability, cordierite pizza stones are among the most durable options. Cordierite can handle big temperature changes that would crack other materials. For example, you can safely move cordierite stones from 500°F ovens to cool countertops without worrying about cracking them.
VEVOR pizza stones for ovens are made of cordierite, which helps stones maintain more stable baking temperatures. Although cordierite is porous, it draws water from the pizza dough as it bakes. It helps make the crusts crispy and not soggy, which is what makes pizzeria-quality pies different from home-oven failures. The tiny holes in the dough pull extra water away from the bottom and let steam escape.
High-temperature firing of natural or mixed clays makes open baking surfaces in ceramic pizza stones. Traditional ceramics are cheaper than engineered cordierite and do a good job of retaining heat and absorbing moisture. It makes them a good choice for people who are just starting to make pizza. Ceramic, on the other hand, is much less resistant to thermal shock or rapid temperature changes.
Even though they are not as popular as ceramic-based options, steel and cast-iron baking surfaces work differently. They are better for certain types of pizza and cooking styles. Steel pizza stones and baking steel are both made from thick steel plates, usually 0.25 to 0.5 inches thick. These plates conduct heat significantly better than cordierite. Fast heat transfer is great for pizza lovers who want true high-temperature pizzeria results, especially for thin-crust styles.
Cast iron pizza pans and griddles work like steel ones, but they are slightly less conductive. They also need to be seasoned like other cast-iron tools. The material retains heat just as well as cordierite, but it browns more quickly than steel. It is a good compromise for people who want better heat retention than ceramic but do not want steel's high conductivity.
Steel and cast iron work best on outdoor grills, where clay stones have a hard time getting hot enough for pizza. Because metal is more conductive than ceramic stones, it can distribute heat more efficiently to the pizza bottom. It allows pizzas to cook on grills that reach only 450–500°F, whereas ceramic stones would make crusts that are too raw.
In addition to the standard round and rectangular shapes, specialty shapes are made for specific pizza types. 12" x 12" or 14" x 14" square pizza stones work well for thick-crust pizzas, where the dough is pressed into corners. Using the same-sized stones for all pizzas keeps the thickness the same across the whole pizza. It doesn’t get smaller in the middle, unlike a round pizza stone used for rectangular pizzas.
There are holes all over the surface of the perforated rectangular pizza stone, allowing more air flow under the pies. It makes the crusts even crispier and more golden. The holes work well for pizzas with very wet toppings or cheeses that release a lot of moisture. However, the holes can make perforated options less suitable for artisan bread baking, which often benefits from a solid surface.
Multi-level or stacked pizza oven stones let pizza bake at different heights simultaneously, which increases output for business or party use. These systems use many smaller stones stacked vertically inside pizza oven chambers. It allows you to bake several pizzas at once at slightly different temperatures.
Knowing how stones handle heat and what kind of care they need will help you choose the ideal pizza stones. You can choose the options that suit how you cook and the amount of care you are willing to give them.
How long pizza stones need to warm up and how stable their temperatures are are both affected by how well they retain heat. Standard cordierite pizza oven stones, 0.625 to 0.75 inches thick, need to be heated up to 475 to 500°F. Preheat them for about 30 to 45 minutes before they are fully heated. During this preliminary heating stage, the stone's entire mass absorbs heat from the oven until it reaches a temperature balance.
Stones that are 1 to 1.5 inches thick need to be heated up for 45 to 60 minutes before they can be fully heated. Longer preparation time provides better temperature stability, though. When room-temperature dough touches their surfaces, thick stones keep their temperatures within 5–10°F of their setpoint. Unfortunately, thin stones may drop 20–30°F, needing time to recover before baking more pizzas.
Placement in stoves changes how well they heat and how stable the temperature is. Pizza stones on lower oven racks receive stronger radiant heat from the bottom heating elements. However, placing the rack too low may cause thin-crust pizzas' bottoms to brown too much before the toppings and cheese are fully cooked. Placing the rack in the middle gives you more even heat from both the top and bottom parts. However, it takes a little longer to get ready.
Properly maintaining a pizza stone keeps it working well and extends its lifespan. If you use soap or cleanser on a porous pizza stone, the chemicals will soak in and end up in the food. Stones are good at absorbing water because they are porous, which also makes them sponges for cleaning products. In standard use, stones only need to be scraped and cleaned without water or detergent.
Allow stones to cool fully (2–3 hours at a minimum) before handling them for routine cleaning after each use. Once it is cool, use a stiff brush, a bench scraper, or a plastic dough scraper to remove any food bits. For tough residue, mix baking soda with a little water to make a paste. Apply the paste to the affected area, let it sit for 10 to 15 minutes, and then scrape it off. If needed, rinse only the spot-treated area with little water so that the whole stone does not get wet.
As they bake at high temperatures, pizza stones naturally turn from tan or white to brown, gray, or black. It is because of oils and tiny food particles that build up and carbonize in the pores. Use the self-cleaning oven method for tough, stuck-on messes or stones that need a deep clean after extended use. Put the stone in your oven and set it to self-cleaning mode. It will heat the oven to 800–900°F and burn off any organic matter that is on the stone's surface.
Pizza stones from VEVOR even out the heat, absorb moisture, and keep temperatures stable, turning home ovens into expert pizza-baking spaces. Our range has the right size, material, and heat retention for every baking need. A long-lasting cordierite structure, enhanced thermal shock resistance, and an affordable price make VEVOR the best choice for home cooks and pizza lovers. Look through our entire collection now and start making pizzas at home that taste as good as they come from a restaurant.
Thermal shock from rapid temperature changes is the primary cause of cracking. Never place cold stones in preheated ovens or add cold water to hot stones. Do not move hot stones to cold surfaces. Quality cordierite stones resist thermal shock better than standard ceramic options.
Most full-size home ovens can fit 14-inch round pizza stones, with enough room for heat to move around. Measure the inside of your oven and choose stones that are at least 2 inches narrower. It ensures air flows properly around the stone's edges.
Yes. When making pizza outside, pizza stones work great on grills. Put the stone on the grill grate and heat it with the lid closed for 30 to 45 minutes. Then, cook the pizzas over indirect heat so the bottom does not get too brown.
