Schott microcrystalline glass has a wide range of applications in the field of optics, mainly reflected in the following aspects:

Optical component manufacturing: Due to its highly uniform structure and excellent optical properties, Schott microcrystalline glass is often used to manufacture various optical components, such as lenses, prisms, etc. These optical components are widely used in optical systems such as telescopes, microscopes, camera lenses, lasers, and optical instruments.

Filter: Due to its excellent transmittance and stable chemical properties, Schott microcrystalline glass can be used to manufacture filters such as visible light filters, infrared filters, ultraviolet filters, etc. These filters play important roles in fields such as optical imaging, spectral analysis, and optical communication.

Optical coating substrate: Schott microcrystalline glass has a flat surface and is easy to apply optical coatings, so it is often used as a substrate for optical coatings. By coating different optical coatings on the surface of Schott microcrystalline glass, the reflection, transmission, and absorption of light can be adjusted, thereby achieving various optical functions.

Optical device support material: Schott microcrystalline glass has high strength and stability, and can be used as a support material for optical devices, such as optical platforms, optical supports, etc. These supporting materials can provide good stability and reliability, ensuring the performance and accuracy of optical devices.

Laser devices: Schott microcrystalline glass can be used to manufacture components such as windows, mirrors, and laser media for laser devices. Its excellent optical performance and chemical stability make it one of the ideal choices for manufacturing high-power laser devices.