Chalcogenide Coating

Defining Boundaries in Light Control

Advanced Chalcogenide Coating Solutions

Advancing infrared optical performance through innovative coating technology

Andover Corporation's precision coating solutions for chalcogenide glass substrates unlock new possibilities in the infrared spectrum. Our advanced coatings deliver exceptional optical performance, making chalcogenide glass a versatile alternative to germanium across demanding industries. With our vertically integrated manufacturing and coating expertise, we ensure superior quality and reliability for your most challenging applications.

Key Features of Chalcogenide Glass Coatings:

  • Wide Infrared Transmission (2 µm to 12 µm)
  • Lightweight and Durable Construction
  • Custom Coating Options
  • AS9100 Certified Quality Control
  • Qualified Coating Partner to SCHOTT North America

Chalcogenide glass coatings serve as a critical solution for advanced infrared optical systems, particularly in applications requiring broad spectral coverage from 2 µm to 12 µm. As a lightweight alternative to germanium, these specialized coatings are essential for aerospace and defense systems where weight reduction is crucial, including targeting systems and reconnaissance equipment. They also play a vital role in medical imaging technology, enabling high-resolution thermal diagnostics and monitoring. Environmental scientists rely on chalcogenide coated optics for gas analysis and remote sensing applications, while industrial users implement them in machine vision and quality control systems where precise infrared detection is necessary. With Andover Corporation's advanced coating capabilities, chalcogenide glass becomes an even more versatile solution for these demanding applications, offering superior optical performance with the durability required for real-world deployment.

Chalcogenide Coating Technologies

We leverage multiple advanced deposition technologies specifically optimized for chalcogenide glass substrates. Our coating expertise enables us to select the ideal process for your application's unique requirements.

Temperature-Controlled Processing

  • Low-temperature deposition prevents thermal stress
  • Maintains substrate integrity
  • Ensures coating adhesion
  • Temperature monitoring throughout process

Precision Layer Control

  • Sub-nanometer thickness accuracy
  • Excellent uniformity across surfaces
  • Multi-layer capability
  • Real-time optical monitoring

 

Enhanced Durability Features

  • Moisture-resistant barrier layers
  • Scratch-resistant surface treatments
  • Temperature cycling stability
  • Environmental protection

Performance Optimization

  • Minimal absorption losses
  • High transmission efficiency
  • Controlled dispersion
  • Custom spectral designs

Custom Optical Solutions

From prototype to production, our engineering team works with you to develop the perfect optical solution for your application.

Wavelength Range: Custom coatings from 193nm to 14μm

Multiple Technologies: Ion-assisted e-beam, magnetron sputtering, and hybrid solutions

Substrate Options: Various materials including germanium, silicon, and sapphire

Quality Assured: AS9100 and ISO 9001 certified processes

Tell us about your requirements, and our engineering team will help develop the optimal solution.

Quality isn't just a metric

- it's our foundation.

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Precision Optical Solutions

Engineering excellence in every optical coating

From aerospace to medical devices, our optical filters and coatings deliver superior performance with precision engineering and quality testing for your most demanding applications.

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