Niobium Metal | Niobium Rods and Plates | Niobium for Alloys

Core Features

1. High melting point and strong heat resistance
The melting point of niobium metal is as high as 2468 ℃, and it can maintain stable physical properties in high temperature environments, making it very suitable for extreme working conditions such as rocket nozzles and vacuum furnace components.
2. Excellent corrosion resistance
The surface of niobium is prone to forming a dense oxide film, which has excellent resistance to acid and alkali, making niobium plates a reliable material for chemical equipment, evaporators, and heat exchangers.
3. Good plasticity and processability
Both niobium rods and niobium plates have good ductility and can be machined, welded, rolled, and deep drawn to meet various customized structural component requirements.
4. Excellent superconducting performance
The critical temperature and critical magnetic field of niobium are higher than most metals, making it a superconducting magnet MRI, One of the core materials for equipment such as particle accelerators.
5. Effect of alloy performance improvement
As an important alloying element, niobium can significantly enhance the strength, high temperature resistance, and toughness of steel, nickel based alloys, and titanium alloys, becoming an indispensable strengthening element in the aviation and energy industries.

 

 

 

 

 

 

Application Fields
1. Aerospace industry
Rocket nozzle and engine components
Adding elements to high-temperature alloys (such as niobium based superalloys, nickel niobium alloys)
Body structure reinforcement material
2. Chemical and energy equipment
Niobium plate heat exchanger for corrosive working conditions
Evaporator lining
Reactor diaphragm and piping system
3. Superconducting technology field
MRI superconducting magnet
Particle accelerator cavity
Superconducting wire and thin film equipment
4. Electronic and semiconductor manufacturing
Capacitor anode material (high-performance Nb capacitor)
Electron beam evaporation boat, thin film sputtering target material
5. Metal material strengthening system
As a niobium additive for alloys, it is applied to the following systems:
X80/X100 pipeline steel for the oil and gas industry
Nickel based alloys for high temperature environments
Toughened titanium alloy (aerospace and medical fields)
Typical Technical Specifications(The following parameters can be customized according to requirements.)
1. Niobium Rod
Purity: ≥ 99.95%/99.99%
Diameter range: Φ 3 mm - Φ 120 mm
Length: 100 mm -3000 mm
Standard: ASTM B392
Status: annealed/cold worked state
2. Niobium Plate/Sheet
Purity: ≥ 99.95%
Thickness: 0.05 mm -50 mm
Width: ≤ 1200 mm
Surface condition: shiny/rolled/polished
Standard: ASTM B393
3. Niobium for alloy (Master Alloy Grade Nb)
Niobium nickel (Nb Ni)
Niobium titanium (Nb Ti)
Niobium zirconium (Nb Zr)

With high melting point, corrosion resistance, excellent mechanical properties, and strengthening effect in alloy systems, niobium metal, niobium rod, and niobium plate have become key materials for high-end manufacturing. With the continuous upgrading of aerospace, energy technology, and electronics industries, the demand for niobium for alloys will continue to grow, making it an important choice for enterprises to enhance material performance and product competitiveness.

If you need more technical parameters, samples or customized services for niobium metal materials, our company is always ready to provide professional support for you.
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