Chinese name: carbazole polyfluorene hole transport material.
Purity: 999%
Storage: -20 Refrigerated, tightly sealed, protected from light.
Retention time: 1 year.
Specification: MG Packing: bottled bag.
Carbazole polyfluorene hole transport materials can effectively improve the photoelectric conversion efficiency of solar cells. This is because they are able to efficiently collect photogenerated holes produced by sunlight and quickly transmit them to the electrodes. This efficient hole transport allows the solar cell to generate more current under light conditions, thus improving the photoelectric conversion efficiency.
The application of carbazole polyfluorene hole transport materials in OLED has also attracted much attention. As an advanced display technology, OLED has the advantages of self-illumination, high contrast, wide viewing angle and low energy consumption. As the hole transport layer of OLED, carbazole polyfluorene can effectively improve the luminous efficiency and stability of OLED. Their hole transport performance allows holes and electrons to be combined more efficiently in OLED devices, which improves the luminous brightness and efficiency of the device.
Customized products:].
BTDA-TCNQ hole injection material.
TDA-TCNNQ hole injection material.
TDA-TCNAQ hole injection material.
Meo-tad hole injection material.
Hole injection material M-MTDATA
The above information is from JMY 20243.6.
The products mentioned above are intended for scientific research only and cannot be used for human or other purposes.