Frequently Asked Questions About Pizza Making

Neapolitan dough works best at 55-60% hydration due to the fine texture of Type 00 flour, which absorbs water differently than bread flour. New York-style requires 60-65% hydration to achieve the characteristic chewiness while remaining foldable. Detroit-style demands 70-75% hydration to create the airy, focaccia-like interior with crispy edges. Roman pizza al taglio uses 75-80% hydration for maximum extensibility. Higher protein flours can handle more water, so if using 14% protein bread flour instead of 12.5%, increase hydration by 2-3%. Start conservative and increase by 2% increments until you find your flour's sweet spot. Humidity also affects absorption—reduce hydration by 2-3% in summer months when ambient moisture is high.

Dough shrinkage indicates insufficient gluten relaxation or inadequate fermentation time. After removing dough from refrigeration, it must warm to 60-65°F internal temperature, which takes 90-120 minutes depending on ball size. Cold gluten strands remain tight and elastic rather than extensible. Additionally, if you divided and shaped dough balls less than 6 hours ago, gluten networks haven't had time to relax after the stress of shaping. The solution involves patience: let dough balls complete their cold fermentation (minimum 24 hours), then allow proper tempering at room temperature. If dough still resists, perform gentle stretching in stages, letting it rest 5 minutes between attempts. Overworked dough during mixing also creates excessive gluten development—mix only until ingredients combine, then let time do the work during fermentation.

All-purpose flour contains 9-11% protein compared to bread flour's 12-14% or Type 00's 11-12.5%, resulting in weaker gluten development and less structural integrity. You can use all-purpose for thin-crust styles like tavern or cracker-crust pizza where you want a crispy, delicate texture. For New York-style or Neapolitan, the results will be noticeably inferior—less chew, more tearing during stretching, and faster staling. If all-purpose is your only option, reduce hydration by 5%, handle dough more gently, and consider adding vital wheat gluten at 1-2% of flour weight to boost protein content. The texture won't match professional results, but you'll get edible pizza. For best results, order proper flour online—a 55-pound bag of high-gluten flour costs $35-45 and lasts months when stored properly in airtight containers.

This common problem stems from heat imbalance between bottom and top heating elements. When using a baking steel or stone, position it 4-6 inches from the top broiler element rather than on the bottom rack. Preheat thoroughly for 60 minutes at maximum temperature, launch your pizza, then immediately switch to broil for the final 2-3 minutes to brown the top while the stored heat in the steel finishes the bottom. If your oven's broiler and bake can't run simultaneously, reduce bottom heat by placing a second baking sheet on the rack below your steel to act as a heat deflector. For outdoor ovens like Ooni, rotate the pizza 180 degrees every 20-30 seconds to prevent the side facing the flame from burning. Proper dough hydration also matters—too dry and the crust burns before cooking through; 60-65% hydration provides enough moisture for even cooking.

Active dry yeast (ADY) contains larger granules with some dead yeast cells on the exterior, requiring rehydration in warm water (105-110°F) for 5-10 minutes before mixing. Instant yeast (also called rapid-rise or bread machine yeast) has smaller particles and can be mixed directly into flour without blooming. For pizza dough, instant yeast performs more consistently because you avoid the risk of killing yeast with excessively hot water. Use 25% less instant yeast than recipes calling for active dry—if a recipe needs 2 teaspoons ADY, use 1.5 teaspoons instant. Fresh cake yeast, preferred by many pizzerias, contains 70% moisture and delivers superior flavor but expires within 2-3 weeks. It requires 3 times the weight of dry yeast—if using 2g instant yeast, substitute 6g fresh yeast. Store instant yeast in the freezer for 6-12 month shelf life versus 4 months at room temperature.

Baking steel transfers heat 18 times faster than ceramic pizza stones due to steel's thermal conductivity comparison of 45 W/mK versus cordierite's 2.5 W/mK. This rapid heat transfer creates better oven spring and bottom crust development in the critical first 60 seconds of baking. A 3/8-inch steel weighing 16 pounds costs $89-129 and virtually never breaks, while stones crack from thermal shock or impact. Stones do have advantages for extremely high-temperature outdoor ovens above 800°F, where steel can sometimes create too much bottom heat, though rotating the pizza solves this. For home ovens maxing at 550°F, steel is objectively superior. If you already own a stone, it works adequately—preheat 60 minutes instead of 45, and expect slightly longer bake times. The performance difference is noticeable but not dramatic enough to discard a functioning stone unless you're pursuing perfection.