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The Lodine Polarizer is an optical substance that can control the light by adjusting the thickness and refractive index of each layer. It offers different types of polarizers such as linear, circular, dye, and Lodine polarizers. Linear polarizers are commonly used for 3D glasses, while circular polarizers can be used to eliminate reflected light on OLED screens. Dye polarizers are stable and suitable for high temperature and humidity environments like vehicle displays.
The Lodine-based polarizer is a polarizing device made from Lodine molecules. It is highly effective and used in mobile phones and game consoles. There are three types of Lodine polarizers: FSTN, STN, and TN. These polarizers enable LCD screens to display dynamic numbers and images.
1.One advantage of Lodine polarizers is their high transmittance.
The Lodine molecules have a higher transparency and refractive index, allowing the polarizer to transmit more light. This ensures clear and bright viewing of objects.
2.The Lodine molecule possesses remarkable chemical and thermal stability, making the Lodine-based polarizer capable of operating reliably for extended periods in challenging environments, such as battlefields, aerospace, and other fields.
3.
The Lodine polarizers offer adjustable features. By manipulating the arrangement and concentration of Lodine molecules, we can modify the polarization state of the Lodine polarizer, enabling light modulation. This versatility has led to widespread adoption of the Lodine-based polarizer in laser technology, communication equipment, optical sensors, and other fields. It also allows LCD screens to dynamically display numbers and images, making them suitable for use in POS machines, game machines, and other products.
In the realm of optoelectronic displays, Lodine-based polarizers find applications in liquid crystal display devices, projectors, and similar devices. In the field of optical instruments, the Lodine polarizer enhances the accuracy and measurement capabilities of interferometers, microscopes, polarizers, and other equipment.
Furthermore, the Lodine polarizer can be utilized as a filter and in extreme depth-of-field photography.
1) It has a high contrast ratio in black and white
2) It absorbs a wide range of light from 160 degrees to 180 degrees
3) Good weather tolerance:
80℃*500Hr
60℃*90%*500Hr
-30℃~80℃
4）It is easy to obtain a high transmittance, high polarization of the optical characteristics
Type3 TN
Absorbed light angle 90 degrees
The Lodine Polarizer is an optical substance that can control the light by adjusting the thickness and refractive index of each layer. It offers different types of polarizers such as linear, circular, dye, and Lodine polarizers. Linear polarizers are commonly used for 3D glasses, while circular polarizers can be used to eliminate reflected light on OLED screens. Dye polarizers are stable and suitable for high temperature and humidity environments like vehicle displays.
The Lodine-based polarizer is a polarizing device made from Lodine molecules. It is highly effective and used in mobile phones and game consoles. There are three types of Lodine polarizers: FSTN, STN, and TN. These polarizers enable LCD screens to display dynamic numbers and images.
1.One advantage of Lodine polarizers is their high transmittance.
The Lodine molecules have a higher transparency and refractive index, allowing the polarizer to transmit more light. This ensures clear and bright viewing of objects.
2.The Lodine molecule possesses remarkable chemical and thermal stability, making the Lodine-based polarizer capable of operating reliably for extended periods in challenging environments, such as battlefields, aerospace, and other fields.
3.
The Lodine polarizers offer adjustable features. By manipulating the arrangement and concentration of Lodine molecules, we can modify the polarization state of the Lodine polarizer, enabling light modulation. This versatility has led to widespread adoption of the Lodine-based polarizer in laser technology, communication equipment, optical sensors, and other fields. It also allows LCD screens to dynamically display numbers and images, making them suitable for use in POS machines, game machines, and other products.
In the realm of optoelectronic displays, Lodine-based polarizers find applications in liquid crystal display devices, projectors, and similar devices. In the field of optical instruments, the Lodine polarizer enhances the accuracy and measurement capabilities of interferometers, microscopes, polarizers, and other equipment.
Furthermore, the Lodine polarizer can be utilized as a filter and in extreme depth-of-field photography.
1) It has a high contrast ratio in black and white
2) It absorbs a wide range of light from 160 degrees to 180 degrees
3) Good weather tolerance:
80℃*500Hr
60℃*90%*500Hr
-30℃~80℃
4）It is easy to obtain a high transmittance, high polarization of the optical characteristics
Type3 TN
Absorbed light angle 90 degrees
