Niobium Titanium

Niobium Titanium, also known as NbTi, is an alloy of niobium and titanium. This alloy is good for applications in superconducting magnets, high-energy particle accelerators, and medical imaging systems.

Features:

●High superconducting critical temperature (Tc)

●High magnetic field strength

●Low cost compared to other superconducting materials

●Good mechanical properties

●Excellent corrosion resistance

●High ductility and malleability

Grades:

Niobium Titanium is available in different grades depending on the required superconducting properties and other specifications.

Forms:

●Wire: Diameter ranging from 0.005" to 0.250" (0.127mm to 6.35mm)

●Rod: Diameter ranging from 0.125" to 2.5" (3.175mm to 63.5mm) and length up to 12ft (3.66m)

●Sheet: Thickness ranging from 0.010" to 0.125" (0.25mm to 3.175mm) and width up to 24" (610mm)

●Foil: Thickness ranging from 0.0005" to 0.005" (0.0127mm to 0.127mm) and width up to 12" (305mm)

●Plate: Thickness ranging from 0.125" to 2.5" (3.175mm to 63.5mm), width up to 24" (610mm), and length up to 72" (1828.8mm)

●Tube: Outer diameter ranging from 0.125" to 2.5" (3.175mm to 63.5mm), wall thickness ranging from 0.010" to 0.125" (0.25mm to 3.175mm), and length up to 20ft (6.1m).

Production Method:

The most common way to make Niobium Titanium is by melting the two metals together in a vacuum or without any air around them. The metal is made into the shape you want by rolling, drawing, or other processes.

Applications & Related Industries:

●Superconducting magnets for MRI machines and particle accelerators

●Electric power transmission cables

●Nuclear fusion reactors

●Research and development in cryogenics

●Aerospace industry for magnetic levitation systems and propulsion

●Manufacturing of high-performance electronic devices

Health & Safety Information:

Niobium Titanium is usually safe to use in industries and research. But handling procedures should be followed to avoid exposure to fine metal particles and fumes during production and processing.

Our Advantages:

●High-quality Niobium Titanium alloy with consistent performance and reliability

●Customized production of NbTi alloys to meet specific customer requirements

●Competitive pricing

●Timely delivery and responsive customer service

FAQs:

Q: What is the superconducting critical temperature of Niobium Titanium?

A: The temperature at which NbTi becomes superconducting changes depending on its type and composition. The critical temperature is between 5 and 11 Kelvin.

Q: How do we use Niobium Titanium in MRI machines?

A: Niobium Titanium is used in MRI machines to make strong magnets that can take pictures of the body's internal organs and tissues.

Q: Can you use Niobium Titanium at high temperatures?

A: Niobium Titanium is not good for high temperatures because it loses its superconducting properties once it reaches a certain temperature.

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