NOVELTY - A vitamin E acetate preparing method involves adding (in weight parts) solvents such as trimethyl hydroquinone diethyl ester (1.0), fatty alcohol (2-10), and haloid acid (0.2-0.8) in a reaction bottle, and filling nitrogen in the bottle. The solution is reacted for 1.5-2 hours, where temperature of the bottle is maintained at 60 plus minus 5 degrees C. The solution is decompressed after finishing the reaction, and the trimethyl hydroquinone is recycled. Glacial acetic acid, halogen, and zinc powder are added to obtained residue at temperature of 60 plus minus degrees C.    USE - Method for preparing vitamin E acetate.    ADVANTAGE - The method enables preparing high yield of the pure vitamin E acetate in a simple, cost-effective manner and environment friendly manner.    DETAILED DESCRIPTION - A vitamin E acetate preparing method involves adding (in weight parts) solvents such as trimethyl hydroquinone diethyl ester (1.0), fatty alcohol (2-10), and haloid acid (0.2-0.8) in a reaction bottle, and filling nitrogen in the bottle. The solution is reacted for 1.5-2 hours, where temperature of the bottle is maintained at 60 plus minus 5 degrees C. The solution is decompressed after finishing the reaction, and the trimethyl hydroquinone is recycled. Glacial acetic acid, halogen, and zinc powder are added to obtained residue at temperature of 60 plus minus degrees C. The mixture is divided into upper, middle and lower layers, where the lower layer contains catalyst and unreacted raw material of acetic acid layer, and upper layer contains zinc halide and trimethyl hydroquinone diethyl ester in a ratio of 0.3-0.5:1, glacial acetic acid and trimethyl hydroquinone diethyl ester in a ratio of 2-4:1, halogen and trimethyl hydroquinone diethyl ester in a ratio of 0.2-0.8:1, zinc powder with trimethyl hydroquinone diethyl ester in ratio of 0.005-0.015:1, and plant alcohol and trimethyl hydroquinone diethyl ester in ratio of 0.95-1.15:1, which are directly used for next esterification reaction.