A heat-resistant chocolate coating
A chocolate coating and heat-resistant technology, which is applied in the field of food processing, can solve the problems of poor chocolate fluidity and poor coating, and achieve the effect of solving high-temperature deformation, good fluidity, and good heat resistance
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Embodiment 1
[0032] A heat-resistant chocolate coating, made, in percent by weight, of the following ingredients:
[0033] Grease 30%
[0034] Cocoa powder 15%
[0035] Trehalose 49%
[0036] Skimmed milk powder 6%;
[0037] Also includes 0.4% lecithin by weight of the total heat-resistant chocolate coating;
[0038] Among them, trehalose is added as a low-melting point carbohydrate to replace sucrose in chocolate formula in equal amounts.
[0039] The above ingredients are finely ground and refined to obtain chocolate sauce, and then the chocolate sauce is coated on the biscuit and baked at 280-300°C for three minutes, the trehalose in it is melted, and after baking, the Coagulate to form a heat-resistant chocolate coating. Practice has proved that the heat-resistant chocolate coating will not soften, deform or melt when the ambient temperature reaches 40°C.
[0040] In this example, a 1 mm thick heat-resistant chocolate coating was formed on the surface of the biscuit.
[0041] In...
Embodiment 21
[0043] A kind of heat-resistant chocolate coating, differs from embodiment 1, wherein the consumption of trehalose is 10%, also contains 39% sucrose. The heat-resistant chocolate coating on the surface of biscuits obtained through the same method begins to soften and deform when the ambient temperature reaches 36°C.
Embodiment 22
[0045] A kind of heat-resistant chocolate coating, differs from embodiment 1, wherein the consumption of trehalose is 15%, also contains 34% sucrose. The chocolate coating on the surface of biscuits obtained through the same method will not soften and deform when the ambient temperature reaches 40°C, and will not melt.
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