SUMMARY
The average home mirror reflects approximately 40-60% of light, while high-quality mirrors can reflect between 98-99.9%. Optical grade mirrors, particularly those used in astronomical applications, are rated based on their surface quality, with prices ranging from $70 for a parabolic 1/4 wave mirror to over $400 for a diffraction-limited version. The cost of high-quality mirrors varies significantly based on size and surface precision, and surplus sources like surplusshed.com can provide economical options for optical components.
PREREQUISITES
- Understanding of mirror coatings (front vs. back surface coatings)
- Familiarity with optical grade mirror specifications (wave ratings)
- Knowledge of light reflection percentages in different types of mirrors
- Awareness of optical component sourcing (e.g., surplus sources)
NEXT STEPS
- Research the differences between front and back surface mirror coatings
- Explore the specifications of optical grade mirrors and their applications
- Investigate the impact of surface precision on mirror performance and cost
- Look into surplus sources for acquiring optical components economically
USEFUL FOR
Optical engineers, astronomers, hobbyists in photography or microscopy, and anyone interested in the performance characteristics of mirrors.