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There are two kinds of polarizers for three-dimensional glasses: linear and circular. The purpose of polarization is to create a three-dimensional effect by using the vibration direction of light to separate the original image into vertical and horizontal polarized light. Different polarized lenses are then used to present these two sets of images to the eyes, which are then combined by the brain to create a stereoscopic image.
The elliptical polarization feature of the 3D glasses polarizer guarantees a polarity of at least 98.98% and a transmittance of at least 42%.
The utilization of 3D glass polarizers allows for exceptional 3D visual effects. By employing polarizers in different orientations, the images intended for the left and right eyes are projected into the viewer's eyes from varying angles, resulting in a three-dimensional experience. This grants the audience a realistic sense of depth and dimension when observing 3D images.
Wearing 3D glasses polarizers is an incredibly comfortable experience. They are constructed from lightweight, high-transmittance materials, ensuring a pleasant fit
The circular polarizer is commonly used in the REAL-D system for 3D glasses. It has a wide range of applications in various entertainment settings such as movie theaters, home theaters, TV shows, and games, enhancing the immersive and realistic experience of watching movies. Additionally, it can also be utilized in fields like medicine, education, simulation training, and design to provide a more vivid and three-dimensional visual experience.
Product name | Specifications | Specifications | Product Parametrs | Application | Reliability |
3D Eyeglass Polarizer | Circular polarizer | 707mm*721mm 620mm*1000mm | Polarity≥99.98% Transmissivity≥42% | Adapt to REAL-D system 3D glasses | Good weather tolerance80℃*500Hr 60℃*90%RH*500Hr -30℃～80℃ |
Linear Polarizer |
The polarizer's fundamental structure consists of a polyvinyl alcohol (PVA) layer, two layers of cellulose triacetate (TAC), a pressure-sensitive adhesive (PSA) film, a release film, and a protective film. The PVA layer is responsible for polarization, but it is susceptible to hydrolysis. To safeguard the physical properties of the polarizing film, the PVA composite layer possesses high light transmittance, excellent water resistance, and sufficient mechanical strength on both sides, forming the polarized base plate.
There are two kinds of polarizers for three-dimensional glasses: linear and circular. The purpose of polarization is to create a three-dimensional effect by using the vibration direction of light to separate the original image into vertical and horizontal polarized light. Different polarized lenses are then used to present these two sets of images to the eyes, which are then combined by the brain to create a stereoscopic image.
The elliptical polarization feature of the 3D glasses polarizer guarantees a polarity of at least 98.98% and a transmittance of at least 42%.
The utilization of 3D glass polarizers allows for exceptional 3D visual effects. By employing polarizers in different orientations, the images intended for the left and right eyes are projected into the viewer's eyes from varying angles, resulting in a three-dimensional experience. This grants the audience a realistic sense of depth and dimension when observing 3D images.
Wearing 3D glasses polarizers is an incredibly comfortable experience. They are constructed from lightweight, high-transmittance materials, ensuring a pleasant fit
The circular polarizer is commonly used in the REAL-D system for 3D glasses. It has a wide range of applications in various entertainment settings such as movie theaters, home theaters, TV shows, and games, enhancing the immersive and realistic experience of watching movies. Additionally, it can also be utilized in fields like medicine, education, simulation training, and design to provide a more vivid and three-dimensional visual experience.
Product name | Specifications | Specifications | Product Parametrs | Application | Reliability |
3D Eyeglass Polarizer | Circular polarizer | 707mm*721mm 620mm*1000mm | Polarity≥99.98% Transmissivity≥42% | Adapt to REAL-D system 3D glasses | Good weather tolerance80℃*500Hr 60℃*90%RH*500Hr -30℃～80℃ |
Linear Polarizer |
The polarizer's fundamental structure consists of a polyvinyl alcohol (PVA) layer, two layers of cellulose triacetate (TAC), a pressure-sensitive adhesive (PSA) film, a release film, and a protective film. The PVA layer is responsible for polarization, but it is susceptible to hydrolysis. To safeguard the physical properties of the polarizing film, the PVA composite layer possesses high light transmittance, excellent water resistance, and sufficient mechanical strength on both sides, forming the polarized base plate.
