Quartz glass industry applications

Wafer fabrication requires ultra-clean, high-temperature environments where even trace contamination can reduce device yield and reliability.

High-purity Quartz Glass eliminates metallic contamination and maintains dimensional stability above 1000°C, making it ideal for oxidation, diffusion, and LPCVD processes.

Optical systems demand precise light transmission with minimal distortion, while maintaining durability under intense UV and IR radiation.

Quartz Glass offers exceptional UV–IR transmission and thermal stability. Its low birefringence and superior polishability ensure optical precision in lenses, laser windows, and beam splitters.

Laboratory environments require instruments that withstand corrosive chemicals and extreme temperature variations without contaminating samples.

The superior chemical inertness and thermal shock resistance of quartz make it ideal for high-purity labware, ensuring the accuracy and repeatability of scientific experiments.

High-temperature furnaces operate under constant thermal cycling and aggressive atmospheres, demanding materials that resist cracking, sagging, and deformation.

With a very low coefficient of thermal expansion and a high softening point, quartz components maintain structural and optical integrity up to 1100°C for continuous, reliable operation.

Silicon crystal growth for solar cells requires extremely pure, heat-resistant vessels to prevent contamination during the high-temperature melting and pulling process.

The high purity and thermal stability of quartz crucibles prevent contamination of molten silicon, supporting consistent crystal quality and maximizing solar cell efficiency.

UV disinfection and specialty lighting systems require materials that transmit deep-UV radiation efficiently while withstanding prolonged heat exposure and ozone generation.

Our UV-grade Quartz Glass tubes and sleeves provide superior transmittance at key germicidal wavelengths (185–254 nm), ensuring effective sterilization and long lamp life.

Aggressive acids, solvents, and alkalis corrode conventional materials, demanding high-purity vessels that prevent both equipment failure and process contamination.

Quartz Glass tanks and reactors resist corrosion from nearly all chemicals. Their smooth, nonporous surface ensures high-purity processing and easy, reliable cleaning.

Optoelectronic sensors require precision optical alignment and signal stability across wide temperature and wavelength ranges.

Quartz substrates and housings provide exceptional dimensional precision, thermal stability, and UV-IR transparency, enhancing signal accuracy and long-term reliability.