How to Create a Crispy Pizza Crust – PMQ Pizza Magazine

The privy to a more crisp pizza crust is probably not what you think. You might assume that less urine will result in a crisp crust. But you ’ five hundred be wrong. To achieve a more crisp crust, you ’ ll indigence to add more body of water to the dough formula. This allows the boodle to be a little more fluent and expand more readily during those first few critical minutes in the oven. The greater porosity ( less dense ) social organization of the dough creates a far better thermal obstruct to the estrus coming up from the bottom of the pizza than a dense, heavy dough would. As a result, heat does not readily move through the dough and into the sauce, where it is dissipated as steam during the bake process ; rather, it builds at the penetrate of the boodle musical composition, which gives a more thorough bake and creates a crisp texture in the finished crust. There is one exception to this rule, though : Chicago-style thin-crust pizza. In this font, the boodle absorption is in the 45 % to 50 % range, and the boodle is shaped by passing it through a dough sheeter/roller. The resulting dough skin, which is very dense and heavy, is then dressed and immediately taken to the oven for baking, but here is the real number remainder : These pizzas are given a very hanker bake, with distinctive baking times running from 25 to 30 minutes at 500° to 525°F. With baking times this farseeing, there is sufficient time to thoroughly bake the crust and develop an acceptably crisp texture. occasionally, we besides find that in our enterprise to make a crispier crust, we end up making the crust dilutant and thin ; this can and will contribute to a crisp crust characteristic but, when achieved in this manner, the crisp texture doesn ’ triiodothyronine remain very hanker after the pizza is removed from the oven. The crust is initially crisp but doesn ’ deoxythymidine monophosphate quell crisp for more than a pair of minutes.

What about adding sugar or increasing the come of sugar in the boodle for a more crisp crust ? This approach doesn ’ thymine work besides well. It will cause the boodle to brown faster during baking, resulting in what appears to be a faster broil time for the pizza—but rather of actually baking faster, the crust is just browning faster, so we end up taking the pizza out of the oven preferably. This can be a mistake because the dough may not have had sufficient time to thoroughly bake all the way through, resulting in the development of a gum credit line under the sauce. Or, at the identical least, the crust may be brown and crispy only on the surface, with a very dilute, crisp layer on the crust that is soon lost after the pizza is allowed to set for any period of clock after baking. besides, the sugar becomes more hard in the out parcel of the crust than in any other part, due to the extremely low moisture content in the fortune. Since sugar is hygroscopic ( we ’ ve all seen lumps in the sugar bowl ), it will exhibit a greater affinity for water/moisture than any other part of the crust ; hence, moisture that is in other parts of the crust will migrate toward the drier part, until the moisture contentedness equilibrates throughout the crust—but, by that fourth dimension, the once-crispy fortune is now indulgent and boggy ! back when conveyer ovens were fair becoming democratic, a bunch of operators found they could bake their pizza fast by increasing the bake temperature and decreasing the bake time. Well, the pizza were brown on the buttocks and top edges, but the penetrate crust wasn ’ thymine sufficiently baked to maintain its crisp nature for more than a moment or therefore after baking. finally, we began slowing down the procedure and once again getting crisp crusts on our pizza. But the genie was out of the bottle, and we all had a sample for the elusive 5-minute crisp pizza. We reasonably much accepted the fact that we were going to have to bake our thin-crust pizza for 6 to 7 minutes. Soon, though, newfangled, more effective publicize impingement ovens made their introduction ; baking temperatures immediately jumped from the 450° to 460°F range to the 490° to 505°F range, and baking times went depressed to the 4.5- to 5.5-minute crop.

Best of all, these pizzas were indeed crisp, and they were able to maintain their crisp texture about a well as the slower-baked pizza. The meter of the beginning truthful 5-minute crispy-crust pizza had arrived. But we saw some problems for those operators with older-style publicize impingement ovens who were besides cranking up the temperatures and lowering the baking times—the results they were getting were not always the same as those obtained with the modern oven design technologies. so here ’ s some advice to those with anything except one of the new vent impingement ovens : Try it to see if you can make a pizza that is acceptable for your operation. If you can, you ’ ra home free ; if you can ’ t, accept the fact, and go back to your slower, more exhaustive bake conditions. Remember, it ’ mho better to have a slenderly slower-baked, crisp crust that everyone loves than a faster pizza that lacks the desirable crisp texture and that cipher truly likes. While we ’ ra talking about air impingement ovens, one thing should be mentioned :

When you ’ rhenium bake at super-high air impingement temperatures, proper excerpt of a bake disk or screen is critical to prevent the development of a “ pizza bone. ” That is the extremely hard-edged crust that develops when the crust edge is exposed to high temperatures in combination with high airflow. The edge of the crust can become overbaked and superhard—hence, the “ pizza bone ” citation. fortunately, perforated baking disks with a appropriately wide border and without any holes do an excellent job of protecting the edge of the crust from the high airflow, and create a finish crust that has a naturally crisp, however chewy, texture .
The belated Tom “ The Dough Doctor ” Lehmann was the director of bakery aid for the American Institute of Baking ( AIB ) and a longtime industry adviser and contributor to PMQ Pizza Magazine. This article primitively appeared in the August 2008 emergence of PMQ .