▎ 摘　　要

NOVELTY - The utility model claims a transparent flexible conductive glass, comprising a flexible glass substrate (1), wherein A first silicon nitride film layer (2), a silver film layer (3), a quantum dot graphene 4) and a second silicon nitride film layer (5) are sequentially on the surface of the glass substrate (1) from bottom to top. The silver film layer of the utility model has excellent reflection performance in the visible light region, graphene quantum dot layer has excellent electronic transmission performance, using the induced transmission principle to match the first and the second silicon nitride film layer, which can realize good reflection effect in a certain spectrum range; The transparent flexible conductive glass manufacturing cost is low, suitable for wearable electronic device.