Expert colloquium on ZERODUR® parameters crucial for mirror substrate selection
SCHOTT’s ZERODUR® glass-ceramic, with its near-zero thermal expansion and exceptional CTE homogeneity, is engineered to meet the toughest demands of space applications. Discover how its mechanical stability and cutting-edge processing techniques ensure unmatched reliability in the most extreme conditions
Key take aways from this session:
- Extreme precision, even in space
Discover how ZERODUR® glass-ceramic keeps its shape and optical performance — despite massive temperature swings and the stress of rocket launches. - CTE homogeneity that sets the standard
See why consistent thermal expansion across large volumes is critical for space optics — and how ZERODUR® delivers unmatched uniformity, even in serial production. - Engineered for mechanical resilience
Learn how SCHOTT optimizes the surface condition of mirror blanks to maximize strength and durability — right down to the micrometer. - Less subsurface damage, more stability
Explore how ultra-fine grinding and acid etching drastically reduce microcracks — resulting in bending strength that exceeds 90 MPa. - Real data, real reliability
Understand the testing, validation, and statistical methods behind ZERODUR®’s impressive strength and performance metrics — proven over decades in space missions.
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