What is a reflector？

A reflector is an optical element that operates based on the law of reflection, capable of reflecting light from one direction to another, meaning that when light strikes a mirror, the angle of incidence is equal to the angle of reflection (θi = θr). The classification and composition of reflectors are primarily based on aspects such as their surface type, shape, reflectivity, and coating materials.

Classification of reflectors

1. By surface type: Planar reflectors, spherical reflectors, aspheric reflectors, etc.

2. By shape: Right-angle prism reflectors, off-axis parabolic reflectors, hollow ridge prism reflectors.

3. By reflectivity: Total reflection mirrors, semi-transparent semi-reflective mirrors (beamsplitters).

4. Classification of planar reflectors: Dielectric film reflectors, laser line reflectors, ultra-fast reflectors, super reflectors, metal film reflectors.

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 to ensure that light at different wavelengths can be effectively reflected.

Anti-Reflection Coatings

Anti-reflection coatings (AR coatings) are designed to reduce reflection losses and enhance transmission. They alter the reflection and transmission characteristics of a material's surface by depositing one or multiple thin layers on the surface.

Space Mirrors

Space mirrors are crucial components used in space telescopes and satellites for reflecting and directing light. They usually need to possess characteristics such as lightweight, high rigidity, and low thermal expansion coefficients to meet the demanding requirements of the space environment.

Applications of reflectors

The application range of reflectors is very broad. Different types of reflectors are designed and manufactured according to their characteristics and application requirements to meet specific optical performance needs. Here are 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, military and aviation, industrial applications, scientific experiments and research, entertainment and performing arts.

Why choose MLOptic reflectors?

MLOptic offers custom reflector services, with custom requirements covering a wide range of technical specifications from material selection, size specifications, surface treatment to application fields, to meet the specific application needs of different customers.