Translucent glass achieves high light transmittance, low reflection, and stable optical performance through material optimization and process treatment, specifically manifested as:

• High Light Transmittance: Visible light transmittance generally reaches over 90%, with ultra-clear glass (such as low-iron silicate glass) capable of increasing to 91%-95%, reducing light loss.
• Low Reflection and Anti-Glare: Surface coating (e.g., AR anti-reflection coating) reduces reflectivity to below 1%, avoiding ambient light interference, making it suitable for precision observation scenarios.
• Physical Stability: After tempering, impact resistance increases by 3-5 times; high-temperature-resistant models (such as borosilicate glass) can withstand temperature differences from -200°C to 450°C, with excellent chemical stability.

• Thanks to its unique properties, translucent glass is widely used in various fields:

  1. Optical Instruments: Serves as a core component in microscopes, telescopes, and camera lenses, ensuring clear imaging and precision.
  2. Industrial and Medical Applications: Borosilicate glass withstands extreme environments, used in chemical pipeline viewports and medical surgical instruments; anti-reflective viewports ensure accurate instrument readings.
  3. High-End Equipment: Laser processing equipment relies on high-transmittance lenses to focus beams; security surveillance lenses enhance nighttime imaging quality through anti-reflection treatment.