This invention relates to the field of high-natural-content honey flavoring, specifically to a high-natural-content honey flavoring and its preparation method, which addresses the problems of low naturalness, weak
aroma intensity, poor
flavor simulation, and
significant difference from natural
honey flavor in existing honey flavorings. The method involves placing
propylene glycol and 4-hydroxy-2,5-dimethyl-3(2H)furanone in a jacketed, temperature-controlled food-grade stainless steel mixing container, stirring, then cooling while maintaining stirring.
Honey flavor base,
dehydrolinalool,
linalool oxide,
linalool, phenylethanol, and
flavor-modifying
flavor base are added sequentially, stirred, and then transferred to an ultrasonic-resistant, food-grade sealed container. The container is then placed in an ultrasonic treatment device for ultrasonic treatment, filtered, and the filtrate is collected and allowed to mature to obtain a high-natural-content honey flavoring. The prepared high-natural-content honey flavoring significantly improves the
simulation and intensity of honey
aroma in
food systems and results in a more harmonious taste.