Nb1 RO4200 Niobium Capillary Pipe
1. Description Of Nb1 Niobium Capillary Pipe:
Name | Niobium capillary pipe | ![]() |
Purity | 99.95%,99.99% | |
Grade | Nb1,Nb2,RO4200,RO4210 | |
Outdiameter | Φ0.2~Φ8mm | |
Wall thickness | 0.015~0.5mm | |
Length | ≤ 8000mm | |
Density | 8.57g/cm3 | |
Standard | ASTM B394 | |
Delivery Status | Annealed |
2. Chemical Content of Nb1 Niobium Capillary Pipe:
3. Physical properties of RO4200 Niobium Capillary Pipe:
4. Application of RO4200 Niobium Capillary Pipe:
Superconductors: Niobium is often utilized in the production of superconducting materials due to its ability to maintain superconducting properties at low temperatures. Capillary pipes made of niobium can be used in superconducting wires and magnets.
Chemical Processing: Niobium's resistance to corrosion makes it suitable for use in chemical processing equipment, especially in handling corrosive chemicals or environments. Capillary pipes made of niobium can be used in piping systems within chemical plants.
Aerospace Industry: Niobium's lightweight nature and resistance to high temperatures make it valuable in aerospace applications. Capillary pipes can be used in fuel and hydraulic systems within aircraft and spacecraft.
Medical Devices: Niobium's biocompatibility and resistance to corrosion make it useful for medical implants and devices. Capillary pipes made of niobium can be used in medical devices like catheters or as a component in implants.
Semiconductor Manufacturing: Niobium's properties make it valuable in the semiconductor industry for manufacturing processes involving high temperatures and corrosive environments. Capillary pipes can be utilized in the production of semiconductors.
Nuclear Applications: Niobium's ability to withstand high temperatures and its resistance to corrosion make it suitable for use in nuclear reactors. Capillary pipes can be used in piping systems within nuclear reactors.
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