Disclosed are an improved cold water soluble gelatin and a process of preparing it. The improved cold water soluble gelatin is prepared by a process which includes the steps of preparing an aqueous solution comprising water, gelatin and sugar containing corn syrup solids and maltodextrin, drying the solution and comminuting and screening the dried material so obtained to a particle size from about 20 to about 200 U.S. mesh wherein at least about 40 percent by weight of the particles will pass through U.S. mesh greater than 100.
A cold water-soluble instantized gelatin having full gelation ability while containing no additives is obtained by spraying a pure gelatin solution without additives and having a water content of at least 35% at a temperature in excess of the gelation and solidification temperature on an excess of finely divided solid gelatin particles which contain less than 8% of water, and drying the particles thus obtained in a fluid bed to a water content of from 8 to 13%, whereupon a portion is removed from the process as final product and is further dried to a water content as required for optimum dissolution to occur in cold water, while the remainder first is more effectively dried to a water content below 8% and is then recycled into the process.
Suspensions of hydrated gelled biopolymer particles obtainable by hydrating dry biopolymer particles at a temperature below T.sub.gel. Such suspensions may be used in food products such as edible spreads and ice creams or in personal care products such as skin creams and moisturizers, to impart a fatty-like character to the product.
A method for the production of a granular, free-flowing, non-dusting food acid composition having a preselected taste profile which can be used as a citric acid replacement in a foodstuff, the method including the steps of combining fumaric acid with an organic acidic material selected from malic acid, tartaric acid, citric acid, lactic acid, ascorbic acid and mixtures of any two or more thereof in an aqueous medium to produce a mixture; and granulating the mixture to produce a food acid comprising a granular product material containing fumaric acid and the organic acidic material, the quantity of fumaric acid and the quantities of the organic acidic material being selected so that the fumaric acid makes up between 5% and 95% of the granular product, the combining step: being selected from one of grinding the fumaric acid in an aqueous solution of the organic acidic material to produce a slurry; and grinding the fumaric acid in an aqueous medium to produce a milled fumaric acid slurry and then adding the organic acidic material to the milled fumaric acid slurry; the granulating step being a spray granulating step which is controlled to produce a free-flowing granular product having a particle size of 20-60 mesh.
Food formulations suitable for preparation by young children, requiring only the addition of water, that produce simulated foods that exhibit substantially appropriate textures and flavors.
