The invention is a composite food subsystem that provides a sweet or savory-flavored thermostable filling having an ultra-low water activity. The thermostable filling is, also, thixotropic or "shear thinning". The filling includes an edible hydrophilic liquid phase. A stabilizing network of ultrahigh surface area cellulose particulates are dispersed and reactivated in the hydrophilic liquid phase. A solid phase admixture can be added as a fine powder. The thermostable filling is desirable for use in methods for making co-extruded or co-laminated products of multi-textures.
Thermostable Edible Composition Having Ultra-Low Water Activity
The invention is a composite food subsystem that provides a sweet or savory flavored thermostable filling having an ultra-low water activity. The thermostable filling is, also, thixotropic or "shear thinning". The filling includes an edible hydrophilic liquid phase. A stabilizing network of ultrahigh surface area cellulose particulates are dispersed and reactivated in the hydrophilic livid phase. A solid phase admixture can be added as a fine powder. The thermostable filling is desirable for use in methods for making co-extruded or co-laminated products of multi-textures.
Process For Recrystallizing Sugar And Product Thereof
The invention is a process for recrystallizing sugar. The invention involves admixing a first quantity of a powdered sugar and a second quantity of an adjuvant, such as an invert sugar, to provide a sugar blend. The sugar blend has up to about 3 percent moisture. The invention then involves mixing the sugar blend with a high shear extruding means at a temperature between about 220. degree. F. and about 300. degree. F. with a residence time in the extruding means of between about 0. 5 second and about 12 seconds. The invention includes the product of a combined phase recrystallized sugar.
Thermostable Edible Composition Having Ultra-Low Water Activity
The invention is a composite food subsystem that provides a sweet or savory flavored thermostable filling having an ultra-low water activity. The thermostable filling is, also, thixotropic or "shear thinning". The filling includes an edible hydrophilic liquid phase. A stabilizing network of ultrahigh surface area cellulose particulates are dispersed and reactivated in the hydrophilic liquid phase. A solid phase admixture can be added as a fine powder. The thermostable filling is desirable for use in methods for making co-extruded or co-laminated products of multi-textures.
Process For Recrystallizing Sugar And Product Thereof
The invention is a process for recrystallizing sugar. The invention involves admixing a first quantity of a powdered sugar and a second quantity of an adjuvant, such as an invert sugar, to provide a sugar blend. The sugar blend has up to about 3 percent moisture. The invention then involves mixing the sugar blend with a high shear extruding means at a temperature between about 220. degree. F. and about 300. degree. F. with a residence time in the extruding means of between about 0. 5 second and about 12 seconds. The invention includes the product of a combined phase recrystallized sugar.
Process For Recrystallizing Sugar And Product Thereof
The invention is a process for recrystallizing sugar. The invention involves admixing a first quantity of a powdered sugar and a second quantity of an adjuvant, such as an invert sugar, to provide a sugar blend. The sugar blend has up to about 3 percent moisture. The invention then involves mixing the sugar blend with a high shear extruding means at a temperature between about 220. degree. F. and about 300. degree. F. with a residence time in the extruding means of between about 0. 5 second and about 12 seconds. The invention includes the product of a combined phase recrystallized sugar.