NOVELTY - Preparing cooling unit anti-crystallization flat glass comprises e.g. preparing raw materials using sodium oxide and aluminum oxide, melting the glass raw material, introducing into the cooling unit, starting heating device, when the temperature measuring device temperature measured is higher than the glass crystallization temperature of 100 degrees C, stopping heating of heating device, taking after melting the glass liquid from cooling part, using float glass, calendering, or using overflow method process, annealing, and dividing into prepare flat glass.    USE - The method is useful for preparing cooling unit anti-crystallization flat glass (claimed). The glass is used for ultra-thin electric TFT glass product, high stroke wear-resisting scraper touch screen electric glass product, float building flat plate glass products, flat glass grid.    ADVANTAGE - The method realizes liquid to crystal glass devitrification conversion time short and quick, prevents crystallization problem at high crystallizing temperature, saves energy by 50- 70%, can achieve good product quality with little bubble, increases anti-folding intensity by 2-3 times, produce light weight product and saves raw material by 60-70%. The glass has excellent heat expand coefficient property, high anti-bending strength characteristics, fireproof and explosion-proof function, and excellent wear-resisting characteristic.    DETAILED DESCRIPTION - Preparing cooling unit anti-crystallization flat glass comprises (i) preparing raw materials: using 0.01-16 wt.% sodium oxide,and 2-35 wt.% aluminum oxide, where the silica content is 1.6-5.8 times that of calcium oxide, and content of calcium oxide is 0.8-2.1 times of magnesium oxide, (ii) melting the glass raw material, introducing into the cooling unit, (iii) in the space above the liquid level of glass in cooling part, the wall of refractory brick inner side within distance of 10- 80 mm is provided with 2-40 temperature measuring device and 2-60 whole heating device, when temperature measuring place is measured, glass liquid temperature lower than crystallization temperature is 50 degrees C, start heating heating device, when the temperature measuring device temperature measured is higher than the glass crystallization temperature of 100 degrees C, stopping heating of heating device, (iv) taking after melting the glass liquid from cooling part, using float glass, calendering, or using overflow method process, and (v) annealing, and dividing into prepare flat glass. An INDEPENDENT CLAIM is also included for:    (1) a liquid crystal display, comprising the array substrate comprising a substrate, and pixel structure on the substrate, the substrate is cooling part anti-crystallizing method production flat glass manufactured glass plate, color filter substrate, comprising substrate and a color filter layer on the substrate, the substrate is glass plate and the liquid crystal layer, setting on between the array base plate and the color filter base plate, and backlight source system;    (2) a touching display screen, comprising cooling part anti-crystallizing method production flat glass made of the substrate glass, the upper layer with electric conduction film, liquid crystal display, the liquid crystal display comprises the array substrate, comprising a substrate and pixel structure on the substrate, the substrate is glass plate, color filter substrate, which comprises substrate and a color filter layer on the substrate, the substrate is glass base plate, liquid crystal layer, setting on between the array base plate and the color filter base plate, and backlight source system;    (3) a colored flat glass, the glass base plate, the surface has 1-10 kinds of colors of glaze layer;    (4) glass doors and windows comprising the glass base plate, substrate glass periphery upper edge mounted with metal supporting device;    (5) a toughened glass, comprising a glass base plate;    (6) a hollow glass, comprising the glass base plate, the upper layer substrate glass periphery edge is adhered with support device, between the glass substrate there is 3-50 mm vacuum insulation space;    (7) a laminated glass, where each layer of the glass base plate is glass base plate, the middle layer is resin material layer;    (8) a photovoltaic solar energy plant device, comprising solar energy battery and flat glass of cooling part anti-crystallizing method production made glass base plate or outer hood plate;    (9) a platform glass furniture panel, comprising base plate and the flat glass is made of the substrate glass, the lower part has support;    (10) plate glass panel combination cabinet furniture, comprising glass substrate, its surface or the back is set with 1-10 color unit, periphery with metal frame;    (11) a pushing-pulling door cabinet glass panel furniture, comprising the glass base plate, its surface or back surface with 1-10 color unit, periphery with metal frame, metal frame with upper and lower roller;    (12) a vehicle, comprising the window glass of plate glass, at the periphery edge mounted with resin or metal frame and frame supporting device is vehicle window glass window structure, and cooling force device, instrument panel, direction controller, vehicle shell, vehicle chassis, vehicle brake place of vehicle tyre;    (13) a glass window, comprising the glass base plate, substrate glass periphery upper edge mounted with resin support device;    (14) a glass panel combined cabinet, comprising the glass substrate of flat glass, the surface or the back is set with 1-10 colored glaze layer, periphery with metal frame;    (15) a bullet-proof glass, comprising the glass base plate;    (16) a organic light-emitting diode (OLED) display, comprising glass plate, and organic electric exciting light device;    (17) a plate glass panel furniture, comprising the glass substrate of flat glass, the surface or the back is set with 1-10 unit color, periphery upper edge mounted with resin frame or metal frame supporting device;    (18) a vehicle glass window structure, comprising the glass substrate of flat glass, on the periphery edge mounted with resin frame or metal frame supporting device;    (19) a print process production electric conduction film, comprising a glass base plate, and attached on the print process or roll the glass base plate of the upper roll print technique for production of electric conduction film;    (20) an airplane glass window structure, comprising the glass base plate, the periphery edge installed with resin frame or metal frame supporting device;    (21) a water vessel, comprising glass base plate, on the periphery edge mounted with resin frame or metal frame supporting device of marine glazing structure; and    (22) an aircraft comprising the glass base plate, on the periphery edge mounted with resin frame or metal frame structure supporting device for aircraft glazing, and a power plant, and power device.