Frame seal adhesive, manufacturing method of LCD (Liquid Crystal Display) panel and LCD panel
A technology for liquid crystal display panel and frame sealing glue, which is applied in the directions of liquid crystal materials, chemical instruments and methods, optics, etc., can solve the problem of liquid crystal molecules 10 orientation disorder, the curing rate of frame sealing glue 20 being difficult to reach 100%, and the liquid crystal display panel light leakage. And other issues
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example 1
[0069] (a) Evenly mix the azopyridine derivative halogen-bond liquid crystal with n=12, X=I and the commercially available frame sealant SWB-73 at a mass ratio of 5:95, and the azopyridine derivative halogen-bond liquid crystal exhibits smectic Mutually;
[0070] (b) Coating a 0.5mm wide circle of the mixture in (a) on the sealant area of the array substrate and / or the opposite substrate;
[0071] (c) Vacuum boxing the opposite substrate and the array substrate dripped with liquid crystal;
[0072] (d) Use a light intensity of 500mW / cm 2 The liquid crystal display panel in (c) is irradiated with ultraviolet light for 20s, at this time, the azopyridine derivative halogen-bonded liquid crystal in the sealant is transformed into isotropy;
[0073] (e) Heat the liquid crystal display panel in (d) at 130°C for 50 minutes;
[0074] (f) Using visible light to irradiate the liquid crystal display panel in (e), at this time, the azopyridine derivative halogen-bonded liquid crystal...
example 2
[0076](a) Evenly mix n=15, X=I azopyridine derivative halogen-bond liquid crystal and commercially available frame sealant SWB-73 at a mass ratio of 3:97, and the azopyridine derivative halogen-bond liquid crystal presents a nematic phase ;
[0077] (b) Coating a 0.6mm wide circle of the mixture in (a) on the sealant area of the array substrate and / or the opposite substrate;
[0078] (c) Vacuum boxing the opposite substrate and the array substrate dripped with liquid crystal;
[0079] (d) Use a light intensity of 1000mW / cm 2 The liquid crystal display panel in (c) is irradiated with ultraviolet light for 8s, at this time, the azopyridine derivative halogen-bonded liquid crystal in the sealant is transformed into isotropy;
[0080] (e) Heating the liquid crystal display panel in (d) at 120°C for 60 minutes;
[0081] (f) Visible light is used to irradiate the liquid crystal display panel in (e), at this time, the azopyridine derivative halogen-bonded liquid crystal in the s...
example 3
[0083] (a) Evenly mix the azopyridine derivative halogen-bond liquid crystal with n=10, X=Br and the commercially available frame sealant SWB-73 at a mass ratio of 6:94. The azopyridine derivative halogen-bond liquid crystal exhibits smectic Mutually;
[0084] (b) Coating a circle of the mixture in (a) with a width of 0.45mm on the sealant area of the array substrate and / or the opposite substrate;
[0085] (c) Vacuum boxing the opposite substrate and the array substrate dripped with liquid crystal;
[0086] (d) Use a light intensity of 1500mW / cm 2 The liquid crystal display panel in (c) is irradiated with ultraviolet light for 5s, at this time, the halogen-bonded liquid crystal of the azopyridine derivative in the sealant is transformed into isotropy;
[0087] (e) Heating the liquid crystal display panel in (d) at 100°C for 75 minutes;
[0088] (f) Use visible light to irradiate the liquid crystal display panel in (e), at this time, the azopyridine derivative halogen-bond...
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