Niob-Hafnium-Alloy Pipes Description
Stanford Advanced Materials supplies Niob-Hafnium alloy pipes for demanding scientific applications. The pipes are composed of niobium and hafnium. They deliver measured strength, corrosion resistance and thermal stability. They are used in aerospace, medical imaging systems and industrial processes. They perform in heat exchangers, chemical processing units and high-performance components. Stanford Advanced Materials manufactures these pipes to exact quality and dimensional standards. These alloys support technological improvements in several sectors.
Niob-Hafnium-Alloy Pipes Specification
Surface
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Polished
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Dimensions
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Outer diameter 2,0–100 mm; Wall thickness 0,2–5,0 mm; Length <6000 mm
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Material
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R04295 (Nb-10Hf) Nb-10W-10Hf (Niobium 10% Tungsten)
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Standard
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ASTM B394
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Purity
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99.9% 99.95% 99.99%
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Niob-Hafnium-Alloy Pipes Applications
1. Aerospace: The pipes are used in aircraft engines, fuel systems and structural components because they maintain strength and resist corrosion at elevated temperatures.
2. Medical Technology: They are employed in devices such as X‑ray tubes and MRI scanners and withstand high radiation and corrosive conditions.
3. Industrial: They are utilised in chemical processing plants, heat exchangers and high‑temperature furnaces given that they resist corrosion, oxidation and thermal loads.
4. Energy: They serve as structural materials in nuclear and fusion reactors because they tolerate high temperatures and radiation.
5. Semiconductor: They are applied in vacuum systems and wafer processing equipment due to their high purity and low contamination risk.
Niob-Hafnium-Alloy Pipes Packaging
Our Niob-Hafnium alloy pipes are labelled to enable efficient identification and quality control. Care is taken during storage and transport to prevent damage.