Preservation-resisting energy bar and making method thereof
A production method and energy bar technology, applied in the field of nutritious food, can solve the problems of affecting taste and eating convenience, easy to break, easy to melt and deform, etc., to achieve extended shelf life stability, not easy to spoil, and inhibit the migration of water Effect
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Embodiment 1
[0049] Example 1: Preservation-resistant energy bar
[0050] The preservation-resistant energy bar includes the following raw materials by weight: 500g of whey protein powder, 200g of soybean protein powder, 300g of milk protein powder, 400g of maltodextrin, 100g of soluble dietary fiber, 1500g of maltose syrup, 500g of maltitol, and 50g of purified water , 500g white chocolate, 250g cream, 40g lecithin, 100g freeze-dried dried strawberries.
[0051] The preparation method of the storage-resistant energy bar comprises the following steps:
[0052]1) Weigh 500g of whey protein powder, 200g of soybean protein powder, 300g of milk protein powder, 400g of maltodextrin, 100g of soluble dietary fiber, mix well, and set aside;
[0053] 2) Weigh 1500g of maltose syrup, 500g of maltitol, and 50g of purified water, mix and boil to 100°C, stop heating after melting and cool to 60°C to obtain a syrup mixture;
[0054] 3) Weigh 500g of white chocolate, 250g of butter, and 40g of lecithin...
Embodiment 2
[0057] Example 2: Preservation resistant energy bar
[0058] The preservation-resistant energy bar includes the following raw materials by weight: 500g of whey protein powder, 500g of soybean protein powder, 500g of milk protein powder, 600g of maltodextrin, 1500g of fructose syrup, 1400g of sorbitol, 100g of glycerin, and 50g of purified water , white chocolate 1000g, shortening 250g, lecithin 50g, freeze-dried dried strawberries 50g.
[0059] The preparation method of the storage-resistant energy bar comprises the following steps:
[0060] 1) Weigh 500g of whey protein powder, 500g of soybean protein powder, 500g of milk protein powder, and 600g of maltodextrin, mix well and set aside;
[0061] 2) Weigh 1500g of fructose syrup, 1400g of sorbitol, 100g of glycerin, and 50g of purified water, mix and boil to 106°C, stop heating after melting and cool to 60°C to obtain a syrup mixture;
[0062] 3) Weigh 1000g of white chocolate, 250g of shortening, and 50g of lecithin, mix th...
Embodiment 3
[0065] Example 3: Preservation resistant energy bar
[0066] The preservation-resistant energy bar includes the following raw materials in weight: 1000g of whey protein powder, 2400g of soybean protein powder, 500g of soluble dietary fiber, 140g of whole purple sweet potato powder, 2700g of malt syrup, 860g of sorbitol, 200g of glycerin, and 100g of purified water , white chocolate 1000g, shortening 300g, lecithin 50g, freeze-dried purple sweet potato 120g.
[0067] The preparation method of the storage-resistant energy bar comprises the following steps:
[0068] 1) Weigh 1000g of whey protein powder, 2400g of soybean protein powder, 500g of soluble dietary fiber, 140g of whole purple sweet potato powder, mix well, and set aside;
[0069] 2) Weigh 2700g of maltose syrup, 860g of sorbitol, 200g of glycerin, and 100g of purified water, mix and boil to 110°C, stop heating after melting and cool to 65°C to obtain a syrup mixture;
[0070] 3) Weigh 1000g of white chocolate, 300g ...
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