Fast- and slow-hydrating hydrocolloids turn a pourable gluten-free batter into wet dough, producing pizza crust with bread-like texture and structure.
Treated legume flour and protein concentrates keep low-solids batters viscous and stable for coating pickup without added gums or starch.
Fine bubbles create a porous batter coating that resists moisture-driven texture loss and keeps deep-fried foods crunchy during storage.
Optimized cellulose ether particles lower oil uptake in fried foods without requiring complex agglomeration steps.
Partitioning protrusions define specific batter connection ratios to resolve the contradiction between connected state removal and individual separation ease.
Hydrocolloids stabilize the aerated structure during baking, enabling fine detail reproduction without compromising volume.
Pre-formed cellulose ether particles with specific size ratios eliminate agglomeration steps while cutting fat absorption by up to 25 percent.
Steam cooking eliminates oil absorption in steamed cake donuts, reducing fat content by 30-50% while preserving the soft texture and short bite of fried donuts.
A ready-to-bake cheesecake batter combines pasteurization with inert gas aeration to create a stable, aerated mixture.
Alpha-amylases and phospholipases improve cake moistness while maintaining cohesiveness, avoiding the chewiness caused by excessive hydrolysis.