feature
High heat resistance: able to work stably in high temperature environments, not easily deformed or damaged.
High transparency: With excellent optical performance, it ensures efficient transmission of optical signals.
Geothermal expansion coefficient: Good dimensional stability during stable changes, reducing performance changes caused by temperature fluctuations.
Chemical stability: Strong corrosion resistance, suitable for various chemical environments.
Application field
Optics and Light Source Field: Used for laser equipment, optical instruments, etc., providing efficient light conduction and homogenization.
Communication technology: As a guiding element in fiber optic communication, it ensures stable signal transmission.
Semiconductor manufacturing: Optical systems used in lithography machines to ensure high-precision lithography processes.
working principle
The fused silica light guide block guides light through the internal total reflection principle. Its uniform columnar design improves luminous flux and is suitable for non-uniform light sources, ensuring efficient transmission and uniform distribution of light within the light guide block.
manufacturing process
The manufacturing process includes the preparation of high-purity quartz materials, precision molding, and strict treatment testing. The key technical difficulties lie in controlling the impurity content, bubbles, and defects of the metal, as well as ensuring the uniformity of large-sized light guide blocks.
Fused silica light guide block plays an important role in high-tech field with its excellent characteristics and diversified applications.
Precautions
Cleaning and maintenance: Use a soft cleaning cloth and specialized cleaning agent to clean and avoid scratching the surface.
Storage environment: Store in a dry, well ventilated environment to prevent moisture and mold.
Usage: During use, avoid severe vibration and collision to avoid affecting its optical performance.
Please tell us the material, size, laser power, application before quote.
