A conductive substance called silver paste is created by suspending tiny silver particles in a binder. This paste is highly regarded in a variety of industries because of its remarkable electrical conductivity, thermal stability, and ease of application. Micron-sized silver particles are dispersed throughout a viscous liquid, usually made up of solvents and organic polymers, to create a silver paste. Using methods like screen printing, syringe dispensing, or inkjet printing, this mixture produces a paste that is simple to apply. The paste is usually cured by heating it after application, which solidifies the binder and evaporates the solvents, leaving behind a network of conductive silver. The growing demand for silver paste in the solar photovoltaic sector as a result of the growing use of solar panels worldwide is expected to propel the market's substantial expansion. The main drivers of this demand are the move to renewable energy and encouraging government programs meant to lower carbon emissions