CITCABLE provides professional provides various Ultra-low Super conductivity NbTi cables for superconducting cables, super low temperature coaxial cables for various applications, millimeterwave dielectric material waveguides
This series of high-performance wires primarily utilizes bare, tinned, silver-plated, or nickel-plated copper, pure silver, and specialized alloys as core conductors, which are then insulated with high-performance coatings such as specialized Polyimide (Kapton/TPI/PEEK/PTFE/PFA/FEP).
Ultra-miniature coaxial cable is used when a strong and flexible cable is needed. Type NbTi alloy is recommended when low conductor resistance is a prime consideration. Type stranded NbTi alloy and type stranded 304/316L stainless steel ,phosphor bronze,titanium conductors、 are mechanically the most flexible due to their braided construction. Type Copper Alloy is recommended for use when both shielding and low thermal losses are important. See the technical specifications for the COPPER, S316L 304L , and phosphor bronze titanium NbTi types.
Cables classified as cryogenic are designed for use with cryogenic accelerometers in applications down to -273 deg C, -196 deg C). FOR ITER, EAST LHC ,UHV（TML, 0.8%， CVCM 0.1% ）
Superconducting coaxial cable for cryogenic and strong electromagnetic field, recognized by research institutions all over the world. Highly effective at thermal gradient below 4K. • Very low thermal conductivity; 1/3000 of copper(Cu), 1/300 of niobium(Nb). • Highly durable in strong electromagnetic field of up to 11T(tesla). • NbTi(Nb:50%)=3×10-4 [W/cm]
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