Niobium Titanium Wire
THT is an experienced manufacturer of superconductor niobium titanium. Including niobium titanium alloy plates, niobium titanium alloy rods and niobium titanium alloy wires.
Our niobium titanium wires use a unique precision ratio of 45%-65% niobium and 35%-55% titanium, which perfectly combines the excellent properties as below:
1.Niobium (high strength, excellent ductility, excellent corrosion resistance)
2.Titanium (high strength-to-weight ratio, low density).
This innovative material combination makes it a very competitive low-temperature superconducting material in the current market.
THT Niobium Titanium Alloy Wire
Our niobium titanium alloy wire is a high-performance superconducting critical current material with unique advantages. Its superconducting critical temperature has been optimized and exhibits excellent superconducting performance at a liquid helium temperature of 4.2K (-268.95℃). Compared with other superconducting materials, our niobium-titanium alloy wire has significant cost advantages while ensuring excellent performance.
Production Control
1. Raw Material Preparation: We strictly select ≥99.95% niobium and ≥99.8% titanium and mix them according to precise proportions.
2. Precision Smelting Process: We use advanced vacuum arc melting (VAR) or electron beam melting (EBM)to melt in a highly clean environment. We precisely control the melting temperature, vacuum degree and cooling rate to ensure uniform and ideal microstructure.
3. Refined Processing Flow: We precisely control the processing temperature, deformation and rolling speed. Cold processing uses a multi-pass drawing process to gradually process the rod to the target diameter.
4. Customized Heat Treatment Plan: We precisely control the heat treatment temperature, time and cooling rate
5. Professional Surface Treatment: We use high-precision diamond dies for final drawing to ensure that the wire size accuracy and surface finish meet the highest standards.
Application
In the field of cutting-edge technology such as high-efficiency magnetic field technology, our niobium titanium wire plays a unique role:
1. Medical Diagnosis: Providing a precise and stable magnetic field environment for MRI and NMR systems
2. Scientific Research: Core component of particle accelerators
3. Energy Revolution: Applied to superconducting magnetic energy storage system (SMES)
4. Future Energy: Plays a key role in nuclear fusion reactors
5. Intelligent Transportation: Using the high strength and temperature stability of our niobium titanium wire to provide reliable suspension power for maglev trains.
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