The invention relates to a VA display mode compensation framework and a VA display mode
liquid crystal display device. The VA display mode compensation framework comprises a first triacetyl
cellulose (TAC) layer, a first polarization layer, a dual-axis compensation film, a
vertical alignment liquid crystal cell, a second TAC layer, a second polarization layer and a third TAC layer which are arranged sequentially from top to bottom, the horizontal
view angle zero-degree direction of the
vertical alignment liquid crystal cell (that is, a VA
liquid crystal display) serves as the reference, an absorbing axis of the first polarization layer is at an angle of 0 degree, a slow axis of the dual-axis compensation film is at an angle of 90 degrees, a slow axis of the second TAC layer is at an angle of 0 degree, and an absorbing axis of the second polarization layer is at an angle of 90 degrees. By the aid of the VA display mode compensation framework and the VA display mode
liquid crystal display device, view angles which are severe in
dark state light leakage are deflected towards a vertical
view angle, the
contrast ratio and the definition of the horizontal
view angle are improved, and the ideal
dark state light leakage effect can be achieved through ideal matching of compensation values of a single layer of the dual-axis compensation film and compensation values of TAC
layers.