A cold water soluble gelatin and process by drying a thin layer of a gelatin solution containing sugar, corn syrup solids, maltodextrin, acid, and surfactant with heat from steam under pressure while maintaining the solution itself under an absolute pressure of less than 5 in. of mercury.
An improved cold water soluble gelatin and a process of preparing it. The improved cold water soluble gelatin is prepared by drying an aqueous solution containing water, gelatin, a hydrolyzed corn starch having a dextrose equivalent of 20-36 (preferably of the order of 26), an acid and amount of surface-active agent effective to increase dispersibility in the final product. An optional, but preferred, feature comprises holding the aqueous solution at an elevated temperature in the range for a specified period prior to the drying step, the acid being incorporated in the solution either before or after the holding period and prior to the drying step. The cold water soluble gelatins are characterized by improved solubility and ease of dispersion in water as well as by the clarity of the gels produced therefrom.
A gelatin dessert mix adapted to be hydrated in an aqueous medium to form a gelled dessert, the mix containing gelatin, acid, buffer, flavor, the sweetener aspartame in an amount to provide sweetness in the gelled dessert, and small but effective amounts of a sugar alcohol and a maltodextrin sufficient to cause the gelled product to exhibit sweetness and taste characteristics closely similar to those of a sucrose-sweetened counterpart product. Also disclosed is a method in which the sweetness and taste characteristics of an edible product in which aspartame is employed to provide sweetness are made to more closely simulate those of a sucrose-sweetened counterpart product by inclusion of a sugar alcohol and maltodextrin therein.
An improved cold water soluble gelatin and a process of preparing it. The improved cold water soluble gelatin is prepared by drying an aqueous solution containing water, gelatin, maltodextrin having a dextrose equivalent of about 5 to about 20, an acid and an amount of surface-active agent effective to increase dispersibility in the final product. An optional, but preferred, feature comprises holding the aqueous solution at an elevated temperature for a specified period prior to the drying step. The cold water soluble gelatins are characterized by improved solubility and ease of dispersion in water as well as by the clarity of the gels produced therefrom.
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 gelatin-containing powdered mix (e.g. gelatin dessert mix) which is dispersible and soluble in water as cold as 45.degree. F. (7.2.degree. C.) is prepared using particles of amorphous gelatin between 230 and 400 U.S. mesh, food acid effective to obtain a pH of from 2.7 to 3.7, a salt such as the neutral salt sodium chloride, a sweetening agent and mono and/or diglycerides. Preferably the amorphous gelatin has a tamped bulk density of from 32 to 49 lbs/ft.sup.3 (0.51 to 0.78 g/cc).
