Optical fiber grade silica

Описание

Optical fiber grade silica is the main component of optical fiber, with the advantages of high purity, high stability, long transmission distance, and strong pressure resistance. Silica optical fiber, also known as silicon optical fiber, is an optical fiber composed of silica.

The uses and functions of silica in making optical fibers are as follows:

1. Optical fiber grade silica is an important raw material for making optical fibers (optical fibers). Optical fiber is the abbreviation of optical fiber, which is a fiber made of glass or plastic. And can  use for ight transmission tool.

2. Silica optical fiber has better signal transmission performance. Due to its high purity and high stability can ensure low loss of optical signals in long-distance transmission. Thereby improving the efficiency and reliability of data transmission

3. Silica optical fiber has high compressive strength. Due to the particularity of its structure, it can resist external physical impact, making the optical fiber more durable and longer in service life

4. Silica has a wide range of uses. Silica is an atomic crystal, silicon is the most common oxide, the main material of optical fiber, and the main component of sand is this, with high hardness and high melting point.

5. Application prospects of silicon dioxide in the optical field Silicon dioxide has excellent light transmittance, insulation, wear resistance, wide bandgap and chemical inertness.Moreover, as a vacuum coating material, it has been widely use forfields of optics and microelectronics. Such as anti-reflection and anti-reflection films in optical systems and dielectric layers on microelectronic devices.

In summary, silicon dioxide plays an irreplaceable and important role in the production of optical fibers. It is not only the main component of optical fibers, but also determines the key characteristics of optical fibers in terms of signal transmission performance, manufacturing process, compressive strength and durability.

At the same time. The wide application of silicon dioxide in the optical field has further expanded the application scope and potential of optical fiber technology.