Silicon Mirrors

Silicon is the perfect material for low-power CO2 lasers. This is because of its notably low coefficient of linear thermal expansion, coupled with its gradual increment as the temperature rises.

Additionally, it’s possible to polish silicon on a large scale and add multiple dielectric coatings to improve its reflectance and phase shift properties significantly.

Why silicon mirrors?

• Low cost: Silicon is one of the most abundant elements on Earth, readily available for use, making it cost-effective to source. 
• Outstanding thermal stability: The well-organized crystalline lattice structure of silicon contributes to its excellent thermal stability. 
• Great for weight-sensitive applications: The inherent lightweight composition of silicon and low density make it well-suited for weight-sensitive applications. 
• Low thermal conductivity: The strong covalent bonds and atomic arrangement in its crystalline structure impart the low conductivity of the material. 
• Superior durability: The robust material properties of silicon, such as excellent thermal stability and chemical inertness, contribute to the durability of the silicon mirrors. This makes them resistant to environments such as oxidation, corrosion, and UV radiation. In terms of durability, the material is superior to glass substrate mirrors.

Lattices Materials has years of expertise in developing and delivering high-quality silicon mirrors that suit your requirements. We supply materials that match your specifications and exceptionally perform in your desired applications.