Biscuit and Muffin Mixing Methods

Biscuit Method

This method is similar to the pastry method except that all the dry ingredients - flour, salt and leavening are first combined. The fat is then cut into the flour mixture until it resembles coarse cornmeal. Liquid is added last. The dough is mixed just until moistened and not more or the biscuits will be tough.

Muffin Method

This is a simple, two-stage mixing method. The dry and moist ingredients are mixed separately and then combined and blended until the dry ingredients just become moist. Over-mixing will result in a tough baked product riddled with tunnels.

Pastry-Blend Mixing Method

Fat is first cut into flour with a pastry blender, or with two knives criss-crossed against each other in a scissor-like fashion, to form a mealy fat-flour mixture. Half the milk and all of the sugar, baking powder, and salt are then blended into the fat-flour mixture. Lastly, eggs and more milk may then be blended into the mixture.

Single Stage Mixing Method

In the single stage method, also known as the “quick-mix”, “one-bowl” or “dump” method, all the dry and liquid ingredients are mixed together at once. Packaged mixes for cakes, biscuits, and other baked goods rely on a single-stage method. Read more »

Conventional Sponge Method

The conventional sponge method, also known as the conventional meringue method, is identical to the creaming method except that a portion of the sugar is mixed in with the beaten egg or egg white, and the egg foam is folded into the batter in the end. Read more »

Conventional Creaming Method

The conventional method, also known as the creaming or cake method, is the most time consuming, and is the method most frequently used for mixing cake ingredients. It produces a fine-grained, velvety texture. The three basic steps are: Read more »

About mixing

“Mixing” is a general term that includes beating, blending, binding, creaming, whipping, and folding. In mixing, two or more ingredients are evenly dispersed in one another until they become one product. Read more »