High-Purity Fused Silica & Quartz Glass for Optics & Photonics
Engineered for unparalleled optical performance in laser, imaging, and fiber optic systems.
The Critical Role of Quartz Glass in Optics & Photonics
In the world of optics and photonics, performance is defined by clarity, stability, and transmission. High-purity fused silica and quartz glass are the materials of choice due to their exceptional transparency across a broad spectral range (deep UV to near-IR), low coefficient of thermal expansion, and superior homogeneity.
This ensures minimal signal distortion, high resistance to laser damage, and maximum light throughput. Our optical-grade Quartz Glass components provide the foundation for innovation in today’s most advanced light-based technologies.
Applications of Our Quartz Glass in Optics & Photonics
Our components are engineered for precision and reliability in light transmission and manipulation.
Laser Systems and Components
Our Quartz Glass Rods and Tubes are used in laser cavities and beam delivery systems, offering high damage thresholds and thermal stability for consistent performance in high-power applications.
Optical Windows and Substrates
Ultra-pure Quartz Glass Plates serve as high-transmission windows, debris shields, and substrates for optical coatings, providing excellent clarity from deep UV to near-IR wavelengths.
Fiber Optics and Telecommunications
We supply high-purity quartz materials, including tubes and rods, used as preforms in the fiber drawing process, ensuring low attenuation and high signal integrity for data transmission.
Spectroscopy and Laboratory
Chemically inert and highly transparent Custom Quartz Glass components, such as cuvettes, cells, and viewports, are essential for accurate, contamination-free analytical measurements.
Product Portfolio for Optics & Photonics
Ideal for laser flashlamps, protective sleeves, and light guides, offering exceptional clarity and thermal resistance.
High-purity optical windows, substrates, and filters with superior transmission from UV to IR.
Used for light guides, lenses, and as preforms for specialty optical fibers, ensuring minimal signal loss.
Precision-machined lenses, prisms, light pipes, and complex optical assemblies engineered to your specifications.