My recipe that I tried.
Bakers frequently err by doubling pie dough recipes linearly without adjusting for flour hydration and fat temperature. Solid fats like shortening require strict thermal control to prevent premature melting during mixing. Chilling the flour, shortening, and liquid components keeps the fat in solid particulate states essential for flaky layers. Temperature management guarantees that steam pockets form properly inside the oven.
Scaling pastry dough up or down changes the surface area-to-volume ratio of your mixing bowl, altering how quickly heat transfers into the fat. Smaller batches absorb ambient kitchen warmth faster than massive quantities, demanding shorter working times or refrigerator rest intervals. Large batches conversely trap friction heat from pastry cutters, requiring pre-chilled metal equipment to offset mechanical warming.
Standard metal mixing bowls and pastry blenders conduct heat efficiently during the cutting-in phase. Glass pie dishes retain heat differently than aluminum or cast iron, influencing bottom crust browning rates. Wax paper offers a non-stick rolling surface when chilling space limits the use of heavy pastry boards.
Baking requires an initial blast at 450 degrees Fahrenheit for fifteen to twenty minutes to set the structure before dropping the temperature to 350 degrees Fahrenheit. Covering the edges with foil prevents excessive browning while the interior fruit softens completely.