SiC for Space and Astronomy

• SPACE LIDARS for Earth Atmosphere Observation: Aladin Aeolus & Atlid Earth Care
• METOP-SG-A for Meteorology: IASI-NG & METimage derotator
• MICROCARB for CO2 flux monitoring
• Institutional MULTI SPECTRAL IMAGERY: Sentinel-2, Pleiades & CSO FPs
• NAOMI TELESCOPES: Export and Airbus DS Intelligence
• OTHER EARTH IMAGERY at Export: Formosat-2, Theos-1, GOCI-1 and -2
• OSIRIS ROSETTA Narrow Angle Camera
• EUCLID: Main telescope, VIS and NISP instruments

Mersen Boostec designs and manufactures:

• monolithic parts up to:
  • 1.30 m in diameter for circular parts
  • 1.65 x 1.30 x 0.60 m for rectangular parts
• SiC brazed assemblies up to:
  • 3.5 m in diameter.

Mersen Boostec's know-how also extends to structural bonding and bolting techniques for assembling SiC parts together or with parts made of other materials.

Mersen Boostec is involved in several public and private programs in space optics, ground telescopes and large instruments:

• ELT: Combining high specific stiffness and high thermal stability, the Boostec^® SiC material has been selected for manufacturing two very large and challenging parts of the ESO Extremely Large Telescope (ELT). These are the highly stable Reference Body of its M4 adaptive optic and also its fast tip/ tilt M5 mirror
• Herschel: space telescope launched in 2009 with a primary mirror measuring 3.5 m in diameter (the largest in space), made up of 12 sintered silicon carbide segments assembled by brazing.
• Gaia: ESA global astrometry mission (European Space Agency), launched in December 2013.
• Sentinel-2: ESA optical imagery mission: 4 satellites equipped with high resolution multispectral instrument