BACC63DB21-35PN

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The BACC63DB21-35PN is a high-efficiency, liquid-crystalline material naturally synthesized by living organisms. This material has the unusual properties of high crystallinity and self-organization as well as superior mechanical, physical and optical properties.

It has found a wide range of applications in many different fields, such as photovoltaic cells, optical components, LR35BPN-technology substrates, circuit boards, LED’s, photodiodes, waveguides and also as a coating material for nanotechnology related products.

The BACC63DB21-35PN has an outstanding efficiency compared to other materials, reaching around 30% transmission efficiency. This makes it highly suitable for a variety of applications, especially where low heat dissipation and efficient light absorption capabilities are required. Its superior properties make it an ideal choice for military applications, such as night vision devices and helmet-mounted displays.

In terms of working principle, the BACC63DB21-35PN works like any other liquid-crystal material. It works on the principle of rotating polarized light in order to create a desired optical effect. When an electric field is applied to the material, it rotates the light, which creates an optical effect, such as a noticeable change in color or an enlarged image.

The BACC63DB21-35PN can also be used to create a wide variety of optical effects by using the polarizing principle. This includes contrast enhancement, image distortion, Polarization switching, or creating color shifting and focal effects. The material can also be used to create holographic displays, OLEDs and virtual reality devices.

The BACC63DB21-35PN also has superior durability, with a superior resistance to strong UV radiation and high temperatures. It is also known for its robust structure, which makes it suitable for applications where there is frequent exposure to strong external forces, such as for military purposes.

In conclusion, the BACC63DB21-35PN is a highly versatile material with superior optical, mechanical and physical properties. It is highly efficient and suitable for a variety of applications, particularly where high performance and low heat dissipation are required. Its polarizing principle allows it to be used to create a wide variety of optical effects. The material’s robust structure and outstanding durability make it a suitable choice for applications in extreme environments.

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