Quartz Diffusion Tube
High-purity fused quartz diffusion and oxidation tubes for semiconductor furnaces — straight bore, flanged, and bell-end configurations for 4" to 12" wafer processes.
By Semiconductor Process
Quartz hardware for CVD, LPCVD, and ALD chambers, designed for gas distribution, deposition stability, and repeatable cleaning cycles.
Bell jars, reactor tubes, gas injectors
12 results
High-purity fused quartz diffusion and oxidation tubes for semiconductor furnaces — straight bore, flanged, and bell-end configurations for 4" to 12" wafer processes.
Precision-machined fused quartz wafer boats for horizontal and vertical diffusion furnaces — 25-slot standard and custom slot count for 4" to 12" wafers.
Precision-machined fused quartz flanges, reducers, elbows, and tube fittings for semiconductor gas lines and furnace tube assemblies — compatible with standard metal flange interfaces.
Precision-machined fused quartz focus rings, etch rings, and edge rings for plasma etching and CVD chambers — ±0.01 mm tolerance, Ra 0.1 μm surface finish.
Blown and formed fused quartz bell jars and domes for CVD, epitaxy, and sputtering reactor enclosures — up to 500 mm diameter with hermetic weld flanges.
Precision multi-hole quartz gas injectors and showerheads for uniform gas distribution in CVD, ALD, and diffusion furnace systems — hole arrays to ±0.02 mm positional accuracy.
High-purity fused quartz reactor tubes for epitaxy, CVD, and RTP systems — available with polished inner bore, side ports, and precision-ground flanges for process chamber integration.
Optically polished fused quartz and sapphire viewport windows for semiconductor process chamber monitoring — UV to mid-IR transmission, hermetic metal or CF flanges.
Custom-machined fused quartz baffles, liners, and thermal shields for semiconductor furnace tubes, diffusion systems, and CVD reactors.
Single-crystal sapphire windows and optical flats for semiconductor process chambers — UV to mid-IR transmission, Ra < 0.1 nm, extreme plasma and chemical resistance.
High-purity alumina and silicon carbide wafer carriers, boats, and cassettes for high-temperature semiconductor processes — superior wear resistance and thermal shock capability.
Drawing-based custom fabrication of fused quartz, sapphire, and technical ceramic components — from prototype to production, any geometry, any specification.