Terminal with heavy sheet glass applied to frame-narrowed screen and frame-narrowed screen

The invention discloses a terminal with heavy sheet glass applied to a frame-narrowed screen and the frame-narrowed screen. A liquid crystal screen is applied to a terminal which has a free form display technique to narrow a screen frame. The screen at least comprises upper sheet glass, a liquid crystal material and lower sheet glass, wherein the liquid crystal material is arranged between the upper sheet glass and the lower sheet glass; the upper sheet glass is fixed through a supporting component; the upper sheet glass is made of heavy sheet glass which has a thickness of 1.5mm to 2mm. The heavy sheet glass of the screen is provided with a rounded corner which has an optical enlargement effect. A basal plate of the upper sheet glass of the frame-narrowed screen is made of the heavy sheet glass which has the thickness of 1.5mm to 2mm, so that the compressive strength is greatly increased; acting force applied to the liquid crystal material is reduced or uniformed; the use damage, caused by the abnormal use of the liquid crystal material, of the liquid crystal material is reduced. By the designs of the heavy sheet glass and the rounded corner of the heavy sheet glass, the fall resistance of the terminal is promoted. Moreover, by the design of the rounded corner on the edge of sheet glass, the optical enlargement effect is enabled to exist visually, and a black frame which is most marginal is enabled to visually disappear in the sight line of a user.