The invention aims to provide a rapid
ion-enhanced method for soda-
lime-
silica glass and soda-
lime-silica
ion-enhanced glass, belongs to the technical field of glass enhanced treatment and in particular relates to a rapid
ion-enhanced method for soda-
lime-
silica glass. The method comprises the following steps: providing a soda-lime-
silica glass product, and cleaning with deionized water; providingan
aqueous solution comprising an ion-exchange material, and uniformly spraying the
aqueous solution into a mold cavity; placing the cleaned glass product inside the mold cavity; placing the mold with the built-in glass product on an
induction heater, and performing
ion exchange enhancement; stopping heating, taking the glass product out of the mold, naturally cooling in air, and
drying after ultrasonic cleaning, thereby obtaining the soda-lime-silica glass product subjected to
ion exchange enhancement. According to the method disclosed by the invention, the ion-enhanced time of the soda-lime-silica glass is greatly shortened, and ions that are difficult in
ion exchange, such as Ca<2+>, Al<3+> and the like, can be exchanged, so that the production efficiency is improved, the cost and
energy consumption are reduced, and a new path is provided for improving the strength of the soda-lime-silica glass.