▎ 摘　　要

NOVELTY - The method involves obtaining (S101) raw materials. The raw materials are mixed and dispersed to obtain material. The mixed material is ball mixed (S102) to obtain powder material. The powder material is heated (S103) at high temperature to reach a melting state. The glass melt is sent (S104) into a forming machine to form a glass vessel and annealing is performed after the glass vessel is hardened. The finished glass vessel is obtained (S105) by tempering the annealed glass vessel. A layer of uniform antibacterial liquid film is coated (S106) on the surface of the finished glass vessel. USE - Method for production of high-strength heat-insulated glass vessel (claimed) used in glass ware manufacturing technology field. ADVANTAGE - The finished glass vessel has high strength heat insulation performance due to its preparation raw material, at last, coating a layer of uniform antibacterial liquid film on the surface of the glass vessel, and after heat treatment, obtain antibacterial glass vessel having antibacterial property, reduces the daily life using glass vessel bacteria, mildew harm to human and animal health. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a high-strength heat insulation glass vessel. DESCRIPTION OF DRAWING(S) - The drawing shows a flow chart illustrating the production method of high-strength heat-insulated glass vessel. (Drawing includes non-English language text) S101Step for obtaining raw materials S102Step for ball mixing the mixed material to obtain powder material S103Step for heating the powder material at high temperature to reach a melting state S104Step for sending the glass melt into a forming machine to form a glass vessel and performing annealing after the glass vessel is hardened S105Step for obtaining the finished glass vessel by tempering the annealed glass vessel S106Step for coating a layer of uniform antibacterial liquid film on the surface of the finished glass vessel