AB glue with a high-refractive-index ultrathin intermediate bonding layer comprises the high-refractive-index ultrathin intermediate bonding layer, wherein a low-
viscosity silica gel layer is adheredto the upper surface of the intermediate bonding layer, a high-
viscosity glue layer is attached to the lower surface of the intermediate bonding layer, an organic
silicon release film is attached to the lower surface of the high-
viscosity glue layer, and a pretreatment PET film is attached to the upper surface of the low-viscosity
silica gel layer; the high-refractive-index ultrathin intermediatebonding layer is formed by introducing
inorganic nanoparticles with high
refractive index into an organic
coating with high
refractive index,
coating the high-viscosity glue layer with the organic
coating, and the intermediate bonding layer with both
hardness and
high transmittance is obtained. According to the AB glue with the high-refractive-index ultrathin intermediate bonding layer, during use, the organic
silicon release film is torn off, the high-viscosity glue layer is adhered to tempered glass and tightly adhered to the glass; the pretreatment PET film is torn off, and the
silica gel layer is adhered to a display screen; the silica gel layer has rapid exhaust effect and good adhering effect due to low viscosity and low
surface energy; the tempered glass is adhered to the screen ofa mobile terminal such as a
mobile phone by the AB glue, so that the screen of the mobile terminal product is protected from being scratched, and surface
impact resistance of the mobile terminal product is improved. Compared with traditional AB glue, the AB glue has the advantages of being high in light
transmittance, high in
refractive index, good in flexibility, good in adaptability to non-planar display screens, simple to use, good in weatherability and easy to
rework.