Graphene adhesive structure of negative electrode of lead-carbon battery

The utility model relates to a graphene gluing structure of a lead carbon battery cathode, which comprises a grid and an active substance, the grid and the active substance are glued into a whole through graphene glue, the active substance is covered on the surface of the grid, the grid comprises an upper frame and a lower frame, and the upper frame and the lower frame are arranged in parallel. Rib grids are arranged between the upper frame and the lower frame, and reinforcing strands are connected between the upper frame and the rib grids. The graphene adhesive structure of the negative electrode of the lead-carbon battery can effectively prolong the service life of the battery. 本实用新型涉及一种铅碳电池负极的石墨烯胶粘结构，包括板栅和活性物质，所述板栅，所述板栅上通过石墨烯胶和活性物质胶粘成一体，所述活性物质覆盖在板栅的表面，所述板栅包括上部框架和下部框架，所述上部框架和下部框架之间设置有筋条网格，所述上部框架和筋条网格之间连接设置有加强股线。该铅碳电池负极的石墨烯胶粘结构可以有效提高电池的使用寿命长。