Precision quartz capillary tubes are widely utilized in analytical chemistry, fiber optics, medical devices, electrophoresis, chromatography, and flow cytometry due to their high chemical purity, exceptional optical transmission, and dimensional stability.
Fluorine doping lowers the refractive index of fused silica, making these tubes ideal for optical fiber cladding, laser transmission systems, and specialized waveguiding applications requiring controlled numerical aperture and enhanced thermal endurance.
Yes, inner diameters (ID), outer diameters (OD), lengths, and wall thicknesses can be customized with micron-level tolerances to meet strict scientific and industrial requirements.
Quartz tubes offer an extremely low coefficient of thermal expansion, high resistance to thermal shock, continuous operating temperatures up to 1100°C, and robust mechanical strength under pressure.
Advanced precision drawing and thermal polishing processes ensure high concentricity, minimal circular runout, smooth bore surfaces, and negligible bubble or particulate defects throughout the capillary length.