The figures don’t lie: more than 80% of Spaniards will order food at home during the game and pizza is king. Why not make it at home? Basically for the flavor. No matter how good the supermarket one is, it never reaches the flavor of the pizzeria ones. And there’s a reason why a pizza fresh from a Neapolitan oven tastes different than the one we usually make at home. It’s not just the recipe, nor the flour, nor the cheese. Neither does the cook. It’s physics. Or, explained another way, the wok hei.
In Chinese cuisine there is the concept of wok heiwhich could be translated as “the breath of the wok”. That slightly smoky flavor appears only when this “pan” reaches temperatures close to or above 250 °C. In many domestic kitchens it is practically impossible to reproduce it because the stoves do not develop as much power.
Grilled meat also depends greatly on temperature. A steak needs a very hot surface so that a golden crust forms quickly while the interior remains juicy. If the pan does not reach sufficient temperature, the meat begins to boil in its own juices. Instead of browning, it releases water, loses flavor and acquires that characteristic grayish tone that no one likes.
But pizza is perhaps the most complete example because several processes coincide at the same time: the dough must expand and brown; the cheese melts without dehydrating; the tomato will lose part of the water without drying; and the ingredients retain their texture. It’s a race against the clock, and The temperature decides who arrives first. Why is temperature so important?
Professional pizza ovens reach temperatures close to 450°C. At that extreme heat, the dough only needs 60 to 90 seconds to completely transform. The exterior develops a thin, crispy crust thanks to the Maillard reaction (which we will talk about later, but it is responsible for the browning and a good part of the aromas). At the same time, the interior retains enough moisture to remain light and fluffy.
In a conventional domestic oven, which is usually around 220 or 250 °C, just the opposite happens. As the temperature is lower, the pizza needs to remain in the oven longer. This extra time causes moisture to escape little by little from the dough and ingredients. The result is usually a drier base, a cheese that begins to lose fat and elasticity. and vegetables that end up overcooked before the crust reaches the ideal golden brown.
And that is what makes the Whirlpool oven with the Pizza 310 °C function different. It may be that from 250º to 310º is a subtlety, a whim, but science confirms that this jump completely changes the behavior of food. The dough reaches the necessary temperature sooner for the starch to finish gelatinizing while the gluten proteins definitively fix its structure. The cheese also appreciates that speed. Mozzarella begins to melt around 60°C, but needs to reach significantly higher temperatures to brown slightly without becoming dehydrated. The less time it remains in the oven, the easier it is to preserve that creamy and elastic texture that forms the characteristic threads when cutting each portion.
Vegetable ingredients also benefit. Tomatoes maintain their freshness and natural acidity better because they lose less water during cooking. Mushrooms, onions or peppers retain some of their firmness and aromatic compounds, instead of being completely cooked. The difference can be seen even in frozen or refrigerated pizzas. By cooking in less time, the base recovers its original texture better and the ingredients suffer less from overheating. In a way, the oven manages to bring the experience closer to that of a freshly prepared pizza.
Naturally, reaching 310°C does not turn a domestic oven into a wood-fired Neapolitan oven. There is still a significant difference compared to the almost 450 °C of professional models. But it does reduce one of the main limitations of home cooking: the inability to cook a pizza quickly enough for dough, cheese and ingredients to reach their optimal point at the same time.
And after temperature, we have chemistry, with the Maillard reaction, the most important chemical reaction in all of gastronomy. The extraordinary thing is that it is not a single reaction, but rather a huge family of chemical reactions. It begins when sugars react with amino acids or proteins by exceeding approximately 140-165 °C. From there, a true chemical cascade is triggered that produces hundreds (and according to some studies, thousands) of different aromatic molecules.
These molecules are responsible for some of the most appetizing smells we know: freshly baked bread, roasted coffee, grilled meat, French fries, cocoa, toasted hazelnuts or the crust of a pizza. The Maillard reaction requires two conditions: high temperature and a relatively dry surface. While a food is still covered in liquid water, its temperature hardly exceeds 100 °C because much of the energy is used to evaporate it. Only when this surface humidity disappears can it rise to 150 or 180 °C and the real chemical show begin.
That’s why an oven capable of reaching 310°C not only cooks faster. What it does is shorten the time that passes until the reactions responsible for the flavor begin. The pizza spends fewer minutes losing water and more time developing aromas. In other words, it’s not just a matter of heat; It’s a question of chemistry.
Beyond the Pizza mode, the Whirlpool oven with 310º Function incorporates functions designed to facilitate day-to-day life, such as assisted cooking with automatic programs, pyrolysis cleaning to convert remaining fat into ash, multi-level cooking and a large capacity cavity that allows you to prepare several dishes simultaneously. It is designed for daily life, but also prepared for the biggest event on the planet. And his favorite food.