Skip to main content
AerospaceSpace Optics

Satellite-Based IR Sensing System

Aerospace & Satellite Company
Satellite-Based IR Sensing System - Aerospace case study
1 / 2

Manufactured space-qualified custom ZnSe windows for satellite-based IR sensing system with radiation-resistant coatings and comprehensive space qualification.

Products Used

Custom ZnSe Windows, ZnSe Prisms, Radiation-Resistant Coatings

The Challenge

Extreme requirements for satellite-based infrared sensing:

  • Radiation resistance to withstand space radiation environments
  • Thermal cycling durability through extreme temperature swings
  • Zero-defect quality with no possibility of in-orbit replacement
  • Vacuum compatibility with zero outgassing
  • Long-term stability over 10+ year mission lifetime

Our Solution

Our aerospace-grade solution with full space qualification:

  • Custom ZnSe with enhanced purity and minimal internal defects
  • Radiation-resistant coatings tested to 100 krad(Si)
  • Comprehensive space qualification testing per ECSS standards
  • Low-outgassing materials meeting ASTM E595 requirements
  • Thermo-mechanical design optimization for launch and on-orbit conditions

Results

Mission success and on-orbit performance:

  • Successfully deployed in orbit with nominal operation
  • Exceeds expected operational lifetime with 15-year design life
  • No performance degradation observed after 3 years on orbit
  • Stable optical performance through thermal cycles
  • Radiation tolerance confirmed through in-orbit monitoring

Have a Similar Project?

Contact our engineering team to discuss your IR optical requirements.

Request a Quote