Niobium Products
RO4200-1 RO4210-2 Niobium Capillary Tube Throttling And Pressure Increase
Introduction Niobium tube is a specialized metallic pipe used for conveying and transferring materials under high-temperature and high-pressure conditions. Thanks to niobium’s exceptional corrosion resistance, high-temperature stability, and mechanical strength, these tubes exhibit superior compressive, tensile, fatigue, and thermal resistance properties. As a result, niobium tubes are widely applied in nuclear technology, aerospace, shipbuilding, chemical processing, and
Niobium Rod 99.95% Pure Alloy Bar Titanium Niobium Superconductor Rod
Introduction Niobium rods are manufactured by forging and polishing high-purity niobium powder. They are widely used in industries such as steelmaking, metallurgy, atomic energy, superconductors, and medical equipment. Niobium is a refractory metal — a group of metals characterised by extremely high melting points (above 1772°C), low vapour pressure, and excellent thermal stability. Among refractory metals, niobium has a relatively low density of only 8.6 g/cm³, combining
Niobium Sheet Plate Foil 0.03-10mm Jewelry Superabrasives R04200-1 R04210-2
Introduction Niobium is a soft, ductile transition metal whose oxide, niobium pentoxide (Nb₂O₅), forms a protective layer similar to aluminium oxide and zinc oxide, preventing corrosion of the underlying metal. When added to stainless steel, niobium enhances high-temperature performance by reducing overheating sensitivity and temper brittleness while improving strength, toughness, and creep resistance. Niobium plates feature a small thermal neutron absorption cross-section,
High Purity 99.95% Niobium Foil Sheet Plate Niobium Products
Introduction Niobium is a soft, stretchable transition metal whose oxide, niobium pentoxide, behaves like aluminium oxide and zinc oxide to form a protective layer that prevents corrosion. When added to stainless steel, niobium enhances resistance to fracture at high temperatures, reduces overheating sensitivity and temper brittleness, and improves strength, toughness, and high-temperature creep performance. Niobium plate has a small thermal neutron absorption cross section,
ASTM B393-98 RO4200-1 RO4210-2 Niobium Foil Sheet Plate 0.03mm Thickness 30mm Width
Introduction Niobium is a soft, stretchable transition metal whose oxide, niobium pentoxide, forms a stable protective layer similar to aluminium oxide and zinc oxide, effectively preventing corrosion. When added to stainless steel, niobium improves resistance to high-temperature brittleness, reduces overheating sensitivity, and enhances the strength, toughness, and creep resistance at elevated temperatures. Niobium plate features a small thermal neutron absorption cross
Customized Niobium Rods ASTM B394-98 99.95% RO4200-1 RO4210-2 Dia 3mm Semiconductor
Introduction Niobium rods are manufactured from high-purity niobium powder through processes such as forging, rolling, and polishing. They are widely used in steelmaking, metallurgy, atomic energy, superconductors, and medical equipment due to niobium’s unique physical and chemical properties. Niobium is a refractory metal characterised by a high melting point (2477 °C), low vapour pressure, high elastic modulus, and excellent thermal stability. It also exhibits a low
RO4200-1 RO4210-2 Niobium Tube Pipe ASTM B394-98 Diameter 2mm
Introduction Niobium tube is a precision pipe designed for transferring materials under extreme conditions, such as high temperature and high pressure. Owing to niobium’s excellent corrosion resistance and thermal stability, niobium tubes demonstrate outstanding compressive strength, tensile strength, fatigue resistance, and heat resistance. These properties make niobium tubing ideal for applications in the nuclear industry, aerospace, shipbuilding, chemical engineering, and
High Temperature Alloy Niobium Tube Pipe Electric Porcelain Medical
Introduction Niobium tubes are specialised pipes designed for conveying and transferring materials under extreme conditions, such as high temperature and high pressure. They are widely used in nuclear energy, aerospace, shipbuilding, chemical processing, and electronics. Niobium’s excellent corrosion resistance and high-temperature stability make these tubes capable of withstanding compressive, tensile, fatigue, and thermal stress, making them ideal for high-end industrial
ASTM B394-98 RO4200 RO4210 Niobium Tube Niobium Pipe Medical Field
Introduction Niobium tubes are specialised pipes designed for conveying and transferring materials under extreme conditions, such as high temperature and high pressure. They are widely used in: Nuclear industry Aerospace Shipbuilding Chemical industry Electronics Thanks to niobium’s excellent corrosion resistance and high-temperature stability, niobium tubes possess: Strong compressive strength High tensile strength Excellent fatigue resistance Superior heat resistance This
Machined ASTM B392 99.95% High Quality Niobium Rod Bar Rod Smooth Surface
Introduction Niobium rods are manufactured from niobium powder through forging and polishing processes. Niobium is a refractory metal with a melting point of 1772°C, making it ideal for high-temperature applications. Refractory metals, including niobium, are characterised by: High melting points Low vapour pressure High elastic modulus High thermal stability Low coefficient of thermal expansion Compared to other refractory metals, niobium has a relatively low density of 8.6 g
For Jewelry High Purity 99.95% Bright Niobium Plate Sheet Superconducting
Introduction Niobium is a soft, ductile transition metal with excellent corrosion resistance. Its oxide, niobium pentoxide, protects the metal’s interior from corrosion, similar to aluminium oxide and zinc oxide. Key features of niobium: Enhances stainless steel’s high-temperature strength and reduces tempering brittleness. Improves steel’s strength, toughness, and high-temperature creep resistance. Small thermal neutron absorption cross-section, making it suitable for
99.95% Niobium Particles Nb Sheet Smelting Additives 10mmx10mmx1mm
99.95% Niobium Particles Nb Sheet Smelting Additives 10mmx10mmx1mm Factory direct supply, real staff, can be customized. We supply high quality Niobium particals for smelting additives. The stock size 10mm x 10mm with Nb sheets thickness 1mm have large inventory. Welcome to inquiry and buy our super Niobium products. Niobium Particles Specifications Product Name Niobium particles, Niobium sheets Symbol Nb Purity 99.95% Designation R04210 Specifications 10mm x 10mm x 1mm, etc,
Niobium Foil Vacuum Coating Niobium Sheet 99.95% Superconducting Nb Strip
Niobium Foil Vacuum Coating Niobium Sheet 99.95% Superconducting Nb Strip Niobium Foil Strip is a cold rolled and vacuum annealed product made up of niobium. The commercially pure niobium products are used in high end applications such as vacuum coating, superconductors, corrosion-resistant component, thermal protection and structural materials, electric vacuum devices, anodizing, sintering furnace and vacuum annealing, chemical, and medical fields. We supply niobium plate
Niobium Plate 3mm Thick Nb Sheet 99.95% R04210 ASTM B393 Vacuum Annealing
Niobium Plate 3mm Thick Nb Sheet 99.95% R04210 ASTM B393 Vacuum Annealing Niobium plate and niobium sheet are a cold rolled and vacuum annealed product made up of niobium. The commercially pure niobium R04210 products are used in high end applications such as superconductors, vacuum coating, thermal protection and structural materials, electric vacuum devices, anodizing, and medical fields. As one of the leading supplier of the niobium plate and niobium sheet in different
Niobium Foil Strip 0.1mm 99.95% R04210 Nb Roll ASTM B393 Vacuum Annealing
Niobium Foil Strip 0.1mm 99.95% R04210 Nb Roll ASTM B393 Vacuum Annealing Niobium Foil Strip is a cold rolled and vacuum annealed product made up of niobium. The commercially pure niobium products are used in high end applications such as superconductors, vacuum coating, thermal protection and structural materials, electric vacuum devices, anodizing, and medical fields. As one of the leading supplier of the niobium plate and niobium foil in different grades and dimensions. We