High-Purity Quartz Solutions for Multi-Industry Innovation

High-purity Quartz Glass combines exceptional thermal stability, chemical inertness, and broadband optical transparency—from deep UV to near IR—making it a foundational material for modern semiconductor tools, photonics and laser systems, laboratory reactors, solar and photovoltaic production,industrial furnaces, and advanced chemical processing. Its low thermal expansion, low outgassing, and precision machinability enablecontamination-controlled workflows and repeatable performance across mission-critical Quartz Glass applications.

Application in Semiconductor Manufacturing

The Challenge

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

The Quartz Glass Solution

High-purity fused Quartz Glass eliminates metallic contamination and maintains dimensional stability above 1000 °C. Its chemical inertness and low thermal expansion make it ideal for oxidation, diffusion, and LPCVD processes.

Key Product Applications

  • Quartz Glass Furnace Tubes – For oxidation and diffusion.
  • Quartz Glass Boats & Carriers – For wafer transfer in thermal cycles.

Discuss your semiconductor application with our engineers →

Application in Optics & Photonics

The Challenge

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

The Quartz Glass Solution

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.

Key Product Applications

  • Quartz Glass Windows – High-clarity laser and optical interfaces.
  • Quartz Glass Rods – For alignment and light-guiding systems.
  • Custom Quartz Glass Lenses – Tailored shapes for photonic systems.

Consult our optics specialists →

Application in Laboratory Equipment

The Challenge

Laboratory environments require containers and reactors that can withstand corrosive chemicals and temperature variations without contamination.

The Quartz Glass Solution

Quartz Glass is chemically inert and thermally stable, making it suitable for precision reactions, spectroscopy, and high-purity sample handling.

Key Product Applications

  • Quartz Glass Beakers & Flasks – For heating and reactions.
  • Quartz Glass Reaction Chambers – For spectroscopy or photochemistry.
  • Quartz Glass Windows – For optical access during testing.

Discuss your labware customization needs →

Application in Industrial Furnaces

The Challenge

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

The Quartz Glass Solution

FGQuartz materials offer low thermal expansion and exceptional thermal shock resistance. Quartz Glass maintains optical and structural integrity up to 1100 °C for continuous operation.

Key Product Applications

  • Quartz Glass Furnace Tubes – For controlled heating environments.
  • Quartz Glass Viewports – Transparent access ports in thermal chambers.
  • Quartz Glass Insulation Shields – Custom barriers and supports.

Request furnace-grade Quartz Glass designs →

Application in Solar & Photovoltaics

The Challenge

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

The Quartz Glass Solution

FGQuartz Quartz Glass crucibles and tubes maintain purity during silicon melting, supporting consistent crystal quality and solar cell efficiency.

Key Product Applications

Collaborate on your solar manufacturing setup →

Application in UV Sterilization & Lighting

The Challenge

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

The Quartz Glass Solution

FGQuartz UV-grade Quartz Glass tubes and sleeves provide superior transmittance at 185–254 nm, ensuring effective sterilization performance and long lamp life.

Key Product Applications

  • Quartz Glass UV Sleeves – For sterilization lamps and ozone systems.
  • Quartz Glass Plates – For UV curing and photolithography.
  • Custom Quartz Glass Assemblies – For optical disinfection setups.

Request UV-grade Quartz Glass components →

Application in Chemical Processing

The Challenge

Aggressive acids and alkalis corrode conventional materials, demanding vessels with chemical stability and high purity.

The Quartz Glass Solution

Quartz Glass tanks and reactors resist corrosion and prevent contamination. Their smooth, nonporous surface ensures high-purity processing and easy cleaning.

Key Product Applications

  • Quartz Glass Tanks – For etching and chemical baths.
  • Quartz Glass Reaction Vessels – For high-purity chemical synthesis.
  • Quartz Glass Liners – For reactor and deposition systems.

Talk to our chemical processing specialists →

Application in Optoelectronics & Sensors

The Challenge

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

The Quartz Glass Solution

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

Key Product Applications

  • Quartz Glass Substrates – For sensor mounting and isolation.
  • Quartz Glass Windows – For precise measurement and signal protection.
  • Custom Quartz Glass Housings – For photonic and sensing assemblies.

Contact our optoelectronics team →