我家面粉从不蒸馒头，教你这样做，一次做4个，出锅瞬间被扫光！

Quick Overview

The video demonstrates how to make multi-layered, soft, and flaky scallion pancakes (Cong You Bing) using a cold-proof/refrigerated dough technique, resulting in a golden, layered pancake with soft egg and intense scallion flavor that remains soft even when cold.

Key Points: The main dough uses 400g of medium-high gluten flour, mixed with 4g of salt for elasticity, and is divided into two parts: one half mixed with 180ml of boiling water (approx. 80°C) and the other half with 100ml of cold water, then combined and kneaded after adding 20g of cooking oil. The combined dough is kneaded until smooth, rested for 10 minutes, then kneaded again until very smooth, formed into a log, and divided into four equal portions. Each portion is rolled into a rectangle, spread with a savory oil paste (made from 30g flour, 3g salt, 1g pepper heated with 40g hot oil), rolled up like a Swiss roll, and then shaped into a small round dough disc. The dough discs are rested again (covered for 2 hours, or refrigerated overnight for better results), then flattened into thin pancakes the size of the pan. The pancake is cooked on high heat in a greased pan for one minute per side, then flipped, topped with a mixture of three eggs whisked with scallions, spread evenly, and cooked until the egg is set and both sides are golden. After cooking the egg side, the pancake is flipped again, topped with two spoonfuls of egg mixture, spread, and cooked until the egg is set and golden, then brushed with a thin layer of oil to retain moisture. The final product is a very flaky, soft pancake with a rich scallion aroma, which remains soft even after cooling, making it an excellent choice for breakfast.

Context: This is a cooking tutorial demonstrating a specific method for making layered scallion pancakes (Cong You Bing) that emphasizes achieving exceptional flakiness and softness, partly by using a combination of hot and cold water in the initial dough mixing and by cold-proofing the dough overnight for optimal gluten development.