10Pcs Zirconia Ceramic Capillary Tubes, High Precision Fine Tubes, Insulated Tubes for Scientific Research Experiment (OD/Φ2.5mm * ID/Φ1.5mm * L/4mm)

Zirconia ceramic fine tubes, outer diameter tolerance ±0.01mm, inner diameter tolerance ±0.05mm, length tolerance ±0.05mm, OD = outer diameter, ID = inner diameter, L = length, pack of 10pcs. Zirconia ceramic tubes is a ceramic material made of zirconium oxide (ZrO₂), which is sintered and processed at high temperatures to form strong and high-performance zirconia ceramic tubes. Zirconia ceramic tubes are cold isostatic pressure molding, fine polishing of bores, later all finishing, wear-resistant, high-temperature resistant, low thermal conductivity, non-conductive, insulating. Zirconia ceramic tubes are good insulators, showing excellent insulating properties at higher voltages, various frequencies and high temperatures, and are used as insulating materials in some electronic devices. Zirconia ceramic tubes have high mechanical strength and hardness and are suitable for use in a variety of applications requiring high wear resistance.

• Zirconia ceramic fine tubes, outer diameter tolerance ±0.01mm, inner diameter tolerance ±0.05mm, length tolerance ±0.05mm, OD = outer diameter, ID = inner diameter, L = length, pack of 10pcs.
• Zirconia ceramic tubes is a ceramic material made of zirconium oxide (ZrO₂), which is sintered and processed at high temperatures to form strong and high-performance zirconia ceramic tubes.
• Zirconia ceramic tubes are cold isostatic pressure molding, fine polishing of bores, later all finishing, wear-resistant, high-temperature resistant, low thermal conductivity, non-conductive, insulating.
• Zirconia ceramic tubes are good insulators, showing excellent insulating properties at higher voltages, various frequencies and high temperatures, and are used as insulating materials in some electronic devices.
• Zirconia ceramic tubes have high mechanical strength and hardness and are suitable for use in a variety of applications requiring high wear resistance.