 |
The Lodine Polarizer is an optical material that can control light by adjusting the thickness and refractive index of each layer. There are different kinds of polarizers, such as linear, circular, dye, and Lodine polarizers.
Linear polarizers are commonly used in making 3D glasses. Circular polarizers can also be used on OLED screens to remove reflected light. Dye polarizers are stable and can withstand high temperatures and humidity, making them suitable for applications like vehicle displays.
The Lodine-based polarizer is a device that is made from Lodine molecules and is highly effective. It is commonly used in mobile phones and game consoles. It can also be applied to LCD screens to display numbers and images dynamically, making it useful for products like POS machines and game machines.
Enhance the functionality of the LCD screen by dynamically showcasing numbers and images.
Lodine polarizers provide excellent clarity.
Lodine molecules possess exceptional transparency and refractive index, allowing the Lodine polarizer to effectively transmit light. This ensures a clear and vivid viewing experience, making the Lodine-based polarizer highly valuable in photoelectric displays, optical instruments, and camera lenses.
Lodine polarizers exhibit consistent properties.
Lodine molecules demonstrate remarkable chemical and thermal stability, even in challenging environments like battlefields and aerospace settings. Consequently, the Lodine-based polarizer can function reliably for extended periods of time.
Lodine polarizers possess adjustable characteristics.
By manipulating the arrangement and density of Lodine molecules, the polarization state of the Lodine polarizer can be altered, enabling the modulation of light. This versatility has resulted in widespread usage of the Lodine-based polarizer in fields such as lasers, communication equipment, and optical sensors.
In the field of optoelectronic display, Lodine-based polarizers can be used in liquid crystal display devices and projectors. In the field of optical instruments, Lodine polarizers can be used in interferometers, microscopes, polarizers, and other equipment to improve accuracy and measurement effectiveness.
Good weather tolerance:
80℃*500Hr
60℃*90%*500Hr
-30℃~80℃
The Lodine Polarizer is an optical material that can control light by adjusting the thickness and refractive index of each layer. There are different kinds of polarizers, such as linear, circular, dye, and Lodine polarizers.
Linear polarizers are commonly used in making 3D glasses. Circular polarizers can also be used on OLED screens to remove reflected light. Dye polarizers are stable and can withstand high temperatures and humidity, making them suitable for applications like vehicle displays.
The Lodine-based polarizer is a device that is made from Lodine molecules and is highly effective. It is commonly used in mobile phones and game consoles. It can also be applied to LCD screens to display numbers and images dynamically, making it useful for products like POS machines and game machines.
Enhance the functionality of the LCD screen by dynamically showcasing numbers and images.
Lodine polarizers provide excellent clarity.
Lodine molecules possess exceptional transparency and refractive index, allowing the Lodine polarizer to effectively transmit light. This ensures a clear and vivid viewing experience, making the Lodine-based polarizer highly valuable in photoelectric displays, optical instruments, and camera lenses.
Lodine polarizers exhibit consistent properties.
Lodine molecules demonstrate remarkable chemical and thermal stability, even in challenging environments like battlefields and aerospace settings. Consequently, the Lodine-based polarizer can function reliably for extended periods of time.
Lodine polarizers possess adjustable characteristics.
By manipulating the arrangement and density of Lodine molecules, the polarization state of the Lodine polarizer can be altered, enabling the modulation of light. This versatility has resulted in widespread usage of the Lodine-based polarizer in fields such as lasers, communication equipment, and optical sensors.
In the field of optoelectronic display, Lodine-based polarizers can be used in liquid crystal display devices and projectors. In the field of optical instruments, Lodine polarizers can be used in interferometers, microscopes, polarizers, and other equipment to improve accuracy and measurement effectiveness.
Good weather tolerance:
80℃*500Hr
60℃*90%*500Hr
-30℃~80℃
