Nematic liquid crystal composition
A liquid crystal composition and compound technology, applied in liquid crystal materials, optics, instruments, etc., can solve the problems of insufficient low voltage, insufficient fast response of TFT-LCD, insufficient charge retention rate, etc., achieve low viscosity, low driving voltage, high Effects of resistivity and voltage retention
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[0065] The preparation of uniform liquid crystal adopts the thermal dissolution method commonly used in the industry. First, the liquid crystal compound is weighed by weight percentage with a balance. There is no specific requirement for the order of weighing and addition. Usually, the liquid crystal compound is weighed and mixed in the order of melting point from high to low. Heating and stirring at 60-100 ℃ to make the components melt evenly, then filter, rotary steam, and finally package to obtain the target sample. Besides, the method of patent CN101502767A can also be used to prepare uniform liquid crystal.
[0066] In addition, the optically active components used in the present invention all come from Beijing Bayi Space-Time Liquid Crystal Material Technology Co., Ltd., and the optically active components:
[0067] The optically active components are:
[0068]
Embodiment 1
[0070] The following weight percentages of the liquid crystal compounds are taken and the liquid crystal compositions are prepared by the method described in the present invention. The specific proportions and properties of the obtained liquid crystal compositions are shown in Tables 1.1 and 1.2:
[0071] Table 1.1 Weight percentage (%) of each component in the liquid crystal composition
[0072] Component compounds
category
Weight percentage (%)
5CP-F
I
10
3PP-F.F
I
10
2PP-FP3
II
2
2PP-FP5
II
2
3PP-FP5
II
2
2PP-C 2 H 4 -P-F
VI
8
5PP-C 2 H 4 -P-F
VI
8
3CPP-F.F
III
9
5CPP-F.F
III
9
2CCP-F.F
IV
10
3CCP-F.F
IV
6
4CCP-F.F
IV
6
3CCP-OCF3
V
3
5CCP-OCF3
V
3
3CCPP-F.F
VII
7
2CCP-F.OCF3
V
...
Embodiment 2
[0076] The following weight percentages of the liquid crystal compounds are taken and the liquid crystal compositions are prepared by the method described in the present invention. The specific proportions and properties of the obtained liquid crystal compositions are shown in Tables 2.1 and 2.2:
[0077] Table 2.1 The weight percentage (%) of each component in the liquid crystal composition
[0078] Component compounds
category
Weight percentage (%)
5CP-F
I
9
5CP-Cl
I
4
[0079] 3PP-F.F
I
12
2PP-FP3
II
2
2PP-FP5
II
3
3PP-FP5
II
3
2PP-C 2 H 4 -P-F
VI
7
5PP-C 2 H 4 -P-F
VI
7
3CPP-F.F
III
8
5CPP-F.F
III
8
2CCP-F.F
IV
10
3CCP-F.F
IV
6
4CCP-F.F
IV
8
3CCPP-F.F
VII
7
3CCP-F.OCF3
V
6
...
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