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The dye polarizer is known for its outstanding ability to withstand different weather conditions and provide excellent optical performance. This makes it a preferred choice for industries such as industrial control instruments, vehicle display screens, and energy meters, where withstanding weather conditions is crucial.
WINDA Company, a subsidiary of FSPG, has taken the lead in China by developing advanced and durable fuel polarizer technology. This has effectively broken the monopoly of foreign companies in this field. The company specializes in manufacturing high and medium durability dye polarizers and also offers customized production services for small-sized polarizers with exceptional performance. The dye polarizers are available in three different types: DN, DV, and SDN.
Product | Type | Size | Product Parameters | Function |
Dye polarizer（SDN） | GTARR-SDN18239H | 500*1000 | 85℃*85%*1000Hr，80℃*90%*1000Hr，105℃*1000Hr | Give the LCD screen the function of displaying numbers and images in high temperature and high humidity situations |
1.The dye-based polarizers can manipulate the direction of polarization for certain light rays, while effectively absorbing and bending light with different polarization directions. This ability allows dye polarizers to control the polarization state of light within an optical system, enabling functions like analyzing, generating, and converting polarized light.
Dye polarizers can control the polarization of light within a specific range of wavelengths by using suitable dye molecules. Because of their broad wavelength range, dye-based polarizers can be used across different wavelengths, from visible light to near infrared light.
Compared to traditional polarizers, dye polarizers offer a simpler method of preparation and more flexibility. By selecting, adjusting, or combining various dye molecules, the polarization properties of dye-based polarizers can be customized to meet different practical application requirements.
The dye polarizer has a slim structure that can be achieved by dissolving or adhering dye molecules onto a transparent base. This thin profile allows the dye polarizer to be integrated with other optical components.
The applications of these dye polarizers are wide-ranging, especially in vehicle displays where resistance to high temperatures and humidity is important. They can be effectively used for on-board polarizers of type 3A and on-board polarizers that provide superior climate resistance.
Additionally, these dye polarizers can be used in various other settings that require resistance to high temperatures and humidity, such as vehicle displays.
The dye polarizer is known for its outstanding ability to withstand different weather conditions and provide excellent optical performance. This makes it a preferred choice for industries such as industrial control instruments, vehicle display screens, and energy meters, where withstanding weather conditions is crucial.
WINDA Company, a subsidiary of FSPG, has taken the lead in China by developing advanced and durable fuel polarizer technology. This has effectively broken the monopoly of foreign companies in this field. The company specializes in manufacturing high and medium durability dye polarizers and also offers customized production services for small-sized polarizers with exceptional performance. The dye polarizers are available in three different types: DN, DV, and SDN.
Product | Type | Size | Product Parameters | Function |
Dye polarizer（SDN） | GTARR-SDN18239H | 500*1000 | 85℃*85%*1000Hr，80℃*90%*1000Hr，105℃*1000Hr | Give the LCD screen the function of displaying numbers and images in high temperature and high humidity situations |
1.The dye-based polarizers can manipulate the direction of polarization for certain light rays, while effectively absorbing and bending light with different polarization directions. This ability allows dye polarizers to control the polarization state of light within an optical system, enabling functions like analyzing, generating, and converting polarized light.
Dye polarizers can control the polarization of light within a specific range of wavelengths by using suitable dye molecules. Because of their broad wavelength range, dye-based polarizers can be used across different wavelengths, from visible light to near infrared light.
Compared to traditional polarizers, dye polarizers offer a simpler method of preparation and more flexibility. By selecting, adjusting, or combining various dye molecules, the polarization properties of dye-based polarizers can be customized to meet different practical application requirements.
The dye polarizer has a slim structure that can be achieved by dissolving or adhering dye molecules onto a transparent base. This thin profile allows the dye polarizer to be integrated with other optical components.
The applications of these dye polarizers are wide-ranging, especially in vehicle displays where resistance to high temperatures and humidity is important. They can be effectively used for on-board polarizers of type 3A and on-board polarizers that provide superior climate resistance.
Additionally, these dye polarizers can be used in various other settings that require resistance to high temperatures and humidity, such as vehicle displays.
