In semiconductor manufacturing, precision, purity, and durability are everything. Among the many advanced materials supporting this industry, fused quartz glass (fused silica) stands out for its unique combination of high purity, optical transparency, thermal stability, and plasma resistance. These properties make it indispensable across nearly every stage of wafer processing.
Let’s take a quick tour through where quartz glass quietly does its job inside semiconductor equipment
Lithography & Direct Writing
Exposure windows
Projection lens mounts
Optical plates and viewports
Quartz mask holders
Photoresist Coating & Developing
Quartz coating covers
UV curing windows
Optical viewports
Wet Process Equipment
- Quartz tanks and baths
- Wafer carriers and boats
- Heater protection tubes
- Overflow and rinse tanks
Dry Etching Equipment
- Quartz chamber liners
- Plasma view windows
- Shower heads and dielectric plates
- Electrode covers
Thermal Processing Systems
Quartz process tubes
Wafer boats and holders
Thermal shields and supports
Thin Film Deposition (CVD, PECVD, ALD)
- Chamber liners
- Viewports
- Baffle plates and shields
CMP (Chemical Mechanical Polishing) Tools
Quartz cleaning cells
Optical inspection windows
Wafer Bonding Equipment
- Quartz heater stages
- Vacuum chamber windows
Ion Implantation Systems
Quartz shields
Optical inspection windows
Conclusion
From lithography optics to thermal furnaces and plasma chambers, fused quartz glass is one of the silent enablers of semiconductor precision and purity. Its reliability in extreme environments makes it a core material for equipment manufacturers striving for higher yields and cleaner processes. (Click here for detailed information on the properties of fused quartz glass.)
About Us — Fused Quartz Component Manufacturer
At Jundro Ceramics , we specialize in precision machining of fused quartz glass components for semiconductor, optical, and vacuum applications.
With years of experience in high-purity material processing, we deliver custom quartz parts such — all manufactured to meet the extreme demands of semiconductor equipment.