Compare optical transmission: quartz 185-2500nm (85-92% UV) vs glass 350-2000nm (<5% UV). Iron content, OH impact & wavelength-specific material selection.
Compare acid resistance: quartz (99.98% SiO₂) lasts 10,000-15,000h vs glass 800-1,500h in 70% HNO₃. Understand Na₂O leaching, attack rates & service life.
Compare rapid heating capability: quartz tubes enable 500°C/min vs glass limited to 150°C/min. Understand thermal stress, cycle life & process throughput.
Compare quartz (1665°C softening) vs borosilicate glass (820°C) for high-temp tubes. Learn composition differences affecting thermal cycling & deformation.
Learn fundamental differences: composition (99.98% vs 80% SiO₂), temperature limits (1200°C vs 500°C), UV transmission (85% vs <5%), applications & costs.
Specification guide: Wall thickness calculations, OH content by temperature, tolerance requirements & L/D ratios for reliable high-temperature tube performance.
Engineering analysis: How scaling from 300mm to 400mm+ quartz tubes delivers 23% energy savings and faster polysilicon production. ROI calculation included.
Compare 250-600mm quartz tube requirements across semiconductor, photovoltaic & industrial furnace applications. Purity specs, diameter selection & standards.
Which industries use 200-600mm quartz tubes? Explore applications in semiconductor, solar, furnace systems & sterilization. Specification requirements included.
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