Optical mirrors
A mirror is an optical element that is capable of reflecting light from one direction to another.
The classification and composition of mirrors are primarily based on aspects such as their surface type, shape, reflectivity, and coating materials.
Optical Mirror Types
Planar mirrors, spherical mirrors, aspheric mirrors, etc.
Right-angle prism mirrors, off-axis parabolic mirrors, hollow ridge prism mirrors.
Total reflection mirrors, semi-transparent semi-reflective mirrors (beamsplitters).
Planar mirrors: Dielectric film mirrors, laser line mirrors, ultra-fast mirrors, super mirrors, metal film mirrors.
Full-spectrum Reflective Mirror
A full-spectrum reflective mirror refers to a mirror that can achieve high reflectivity across a broad spectral range, such as from ultraviolet to infrared. These mirrors typically employ special optical coating techniques.
Anti-Reflection Coatings
Anti-reflection coatings (AR coatings) are designed to reduce reflection losses and enhance transmission by depositing one or multiple thin layers on the surface.
Applications of mirrors
Some of the main application areas: optical instruments and equipment, photography and imaging, fiber optic communication, automotive industry, architecture and interior design, solar technology, medical equipment, industrial applications, scientific experiments and research, entertainment and performing arts.