Aerated edible emulsion
A technology for emulsions and sweets, applied in applications, dairy products, frozen sweets, etc., can solve the problem that calcium-fortified products are not delicious enough
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Embodiment 1
[0068] According to the present invention, this example exemplarily describes the formulation and production process of three frozen aerated desserts (IC1-IC3), and also describes a comparative example (ICO) of a calcium-free fortified frozen aerated dessert.
[0069] Material
[0070] The following ingredients are used in the recipe for frozen aerated desserts:
[0071]- Skim milk powder (SMP) supplied by Adams Food Ingredients Ltd (Leek, UK) containing 53% (w / w) lactose, 36% (w / w) protein, 0.6% (w / w) milk fat and 8% milk Minerals, other ingredients are water.
[0072] - Whey powder is WPC Conc 30% A230 supplied by Glanbia (Harefield, UK) and contains 55% (w / w) lactose, 31% (w / w) protein, 2% (w / w) milk fat and 8% milk minerals, other ingredients are water.
[0073] -Pure and crystalline fructose, sucrose and glucose monohydrate. Courtesy of Tate and Lyle (London, UK).
[0074] - Guar gum was supplied by Willy Benecke (Hamburg, Germany) and had a moisture content of 14%. ...
Embodiment 2
[0093] This example exemplarily describes the recipe and manufacturing process of the frozen aerated dessert according to the present invention.
[0094] Material
[0095] The dessert was formulated using the same materials as in Example 1. formula
[0096] The formula is shown in Table 3
[0097] Element
Amount (%W / W)
SMP
5.000
whey powder
5.000
11.000
low fructose corn syrup
10.500
LBG
0.250
Guar Gum
0.110
0.035
sunflower oil
8.000
Milk Mineral Composition
1.700
Vitamin D preparations
0.005
0.185
water
58.215
[0098] making process
[0099] Place all ingredients in a stirred heated mixing tank. Once all ingredients were mixed together, the mixture was subjected to high shear mixing at 65°C for 2 minutes.
[0100] The premix was fed into a homogenizer at a pres...
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