A flexible touch panel, comprising: a flexible substrate baseplate, and a touch electrode layer comprising a plurality of touch electrode patterns on the flexible substrate baseplate; wherein: the flexible touch panel has at least one bendable area, and at least one of the touch electrode patterns within the bendable area has a cutoff region to divide one electrode pattern into insulated portions; one part of each touch electrode pattern comprises touch driving electrodes, and another part of the touch electrode pattern comprises touch induction electrodes; the touch driving electrodes and the touch induction electrodes are each shaped as a diamond; characterized in that, each touch electrode pattern within the bendable area has the cutoff region with central hollowed portions; touch driving electrodes having the cutoff region each further have a central hollowed region including the cutoff region, and central hollowed regions of the touch driving electrodes having the cutoff region are arranged to match a diamond-shaped outer contour of the touch driving electrodes; or touch induction electrodes having the cutoff region each further have a central hollowed region including the cutoff region, and central hollowed regions of the touch induction electrodes having the cutoff region are arranged to match a diamond-shaped outer contour of the touch induction electrodes; each touch electrode pattern within the bendable area comprises an outer contour including the diamond-shaped outer contour of the touch driving electrodes or the diamond-shaped outer contour of the touch induction electrodes, and a pattern line width of the outer contour of the touch electrode pattern within the bendable area is greater than 20μm. a flexible substrate baseplate, and a touch electrode layer comprising a plurality of touch electrode patterns on the flexible substrate baseplate; wherein: the flexible touch panel has at least one bendable area, and at least one of the touch electrode patterns within the bendable area has a cutoff region to divide one electrode pattern into insulated portions; one part of each touch electrode pattern comprises touch driving electrodes, and another part of the touch electrode pattern comprises touch induction electrodes; the touch driving electrodes and the touch induction electrodes are each shaped as a diamond; characterized in that, each touch electrode pattern within the bendable area has the cutoff region with central hollowed portions; touch driving electrodes having the cutoff region each further have a central hollowed region including the cutoff region, and central hollowed regions of the touch driving electrodes having the cutoff region are arranged to match a diamond-shaped outer contour of the touch driving electrodes; or touch induction electrodes having the cutoff region each further have a central hollowed region including the cutoff region, and central hollowed regions of the touch induction electrodes having the cutoff region are arranged to match a diamond-shaped outer contour of the touch induction electrodes; each touch electrode pattern within the bendable area comprises an outer contour including the diamond-shaped outer contour of the touch driving electrodes or the diamond-shaped outer contour of the touch induction electrodes, and a pattern line width of the outer contour of the touch electrode pattern within the bendable area is greater than 20μm. the flexible touch panel has at least one bendable area, and at least one of the touch electrode patterns within the bendable area has a cutoff region to divide one electrode pattern into insulated portions; one part of each touch electrode pattern comprises touch driving electrodes, and another part of the touch electrode pattern comprises touch induction electrodes; the touch driving electrodes and the touch induction electrodes are each shaped as a diamond; characterized in that, each touch electrode pattern within the bendable area has the cutoff region with central hollowed portions; touch driving electrodes having the cutoff region each further have a central hollowed region including the cutoff region, and central hollowed regions of the touch driving electrodes having the cutoff region are arranged to match a diamond-shaped outer contour of the touch driving electrodes; or touch induction electrodes having the cutoff region each further have a central hollowed region including the cutoff region, and central hollowed regions of the touch induction electrodes having the cutoff region are arranged to match a diamond-shaped outer contour of the touch induction electrodes; each touch electrode pattern within the bendable area comprises an outer contour including the diamond-shaped outer contour of the touch driving electrodes or the diamond-shaped outer contour of the touch induction electrodes, and a pattern line width of the outer contour of the touch electrode pattern within the bendable area is greater than 20μm.