An organoleptically pleasing snack food chip that contains a low amount of carbohydrates, a good source of protein, and delivers a crunchy texture includes from about 15% to about 35% of almond flour; from about 20% to about 40% of a source of protein; from about 1% to about 5% of a starch; from about 0.1% to about 2% of a leavening agent; from about 20% to about 55% of oil; and has a moisture content between about 0.1% and about 3%. The almond flour may include a mixture of different types of almond flour. The source of protein may include one or more of one or more milk proteins, one or more plant proteins, and one or more seed proteins.

A commercially prepared dry sweet dough mix, and preparation method therefor, for use in making a batter to prepare of home baked cooked goods having a sweet flavor. The dry sweet dough mix includes a mixture of component ingredients such as flour, chemical leavening agent, non-fat dry milk solids, eggs, and a sweetening agent, which are disposed in a preparation bag. Once the component ingredients are combined and finished, they may be advantageously stored in the preparation bag at a wide range of temperatures. To be used, the dry sweet dough mix is hydrated and massaged into a batter while still in the preparation bag in two to five minutes. Once prepared in this manner, the batter does not need any kneading or fermentation steps and may be baked or cooked in a conventional manner into products such as pies, dumpling, tea cookies or teacakes.

A commercially prepared dry sweet dough mix, and preparation method therefor, for use in making a batter to prepare of home baked cooked goods having a sweet flavor. The dry sweet dough mix includes a mixture of component ingredients such as flour, chemical leavening agent, non-fat dry milk solids, eggs, and a sweetening agent, which are disposed in a preparation bag. Once the component ingredients are combined and finished, they may be advantageously stored in the preparation bag at a wide range of temperatures. To be used, the dry sweet dough mix is hydrated and massaged into a batter while still in the preparation bag in two to five minutes. Once prepared in this manner, the batter does not need any kneading or fermentation steps and may be baked or cooked in a conventional manner into products such as pies, dumpling, tea cookies or teacakes.

The disclosure provides an improved process for making flour-based food products that have a final moisture content of less than 3%. In particular, the process comprises preparing uncooked dough from at least flour, starch, and water, heat-pressing the uncooked dough to form a heat-pressed dough sheet, and cooking the hot-pressed dough sheet to form a food product that has a final moisture content of less than about 3%. Advantageously, the food products can maintain a light, bubbly, and crisp texture with rapid mouthmelt.

The disclosure provides an improved process for making flour-based food products that have a final moisture content of less than 3%. In particular, the process comprises preparing uncooked dough from at least flour, starch, and water, heat-pressing the uncooked dough to form a heat-pressed dough sheet, and cooking the hot-pressed dough sheet to form a food product that has a final moisture content of less than about 3%. Advantageously, the food products can maintain a light, bubbly, and crisp texture with rapid mouthmelt.

A frozen topologically modified dough product is produced by creating topological features in a dough piece having a main body portion including an upper surface and a lower surface, wherein the topological features is at least one of undulations in the upper surface created through formation of a series of crest and trough regions and a series of tunnels created in the main body portion of the dough piece, and then freezing the dough piece to produce a frozen dough piece. When cooked, particularly through a convection baking operation, the topological features increase the surface area for convection heat transfer during the baking operation, resulting in a significantly reduced overall bake time.

A frozen topologically modified dough product is produced by creating topological features in a dough piece having a main body portion including an upper surface and a lower surface, wherein the topological features is at least one of undulations in the upper surface created through formation of a series of crest and trough regions and a series of tunnels created in the main body portion of the dough piece, and then freezing the dough piece to produce a frozen dough piece. When cooked, particularly through a convection baking operation, the topological features increase the surface area for convection heat transfer during the baking operation, resulting in a significantly reduced overall bake time.

Processes are provided for making a snack food in the form of a thin, crisp pretzel cracker having pretzel-like characteristics. The processes incorporate a sheeted dough process with pretzel cooking and baking. The processes include reducing dough thickness through multiple gauging stations to form a thin sheet of dough, which is cut into a desired shape, submerged in a bath of caustic soda such as sodium hydroxide and water, and baked to a crispy finish by way of a multi-phase baking process.

Processes are provided for making a snack food in the form of a thin, crisp pretzel cracker having pretzel-like characteristics. The processes incorporate a sheeted dough process with pretzel cooking and baking. The processes include reducing dough thickness through multiple gauging stations to form a thin sheet of dough, which is cut into a desired shape, submerged in a bath of caustic soda such as sodium hydroxide and water, and baked to a crispy finish by way of a multi-phase baking process.

The invention refers to a process for obtaining dough compositions made from flour and starch having rheological characteristics that are adequate for the manufacture of food products, by mixing dry ingredients (flour, starch and additives) in determined ratios, and adding an adequate amount of water to the mix until obtaining homogenous dough. The obtained dough is of great use for the food industry.