Abstract: The present invention relates to laminate of films for applications in which relatively high yield strength and ultimate tensile strength is required. In one embodiment this is accomplished by drawing tube (106) from a storage means onto a tube roller and cutting the tube length into two film, a first film and a second film, where the first and second film are in opposite angular direction with respect to the roller rotation, coating the first film with liquid adhesive composition by passing between at least two film guiders, where one of the guider is dipped in liquid adhesive tray (110), in which said composition includes resin and hardener and laminating the second film with the coated liquid adhesive first film by passing them together through at least two film guiders (112) under pressure to produce a spiral cut liquid adhesive laminated film.