HTS wire products
Bi-2223 High Current Density Wire
| Type |
High Current Density |
| Critical Current Ic (77K self-field) |
≥ 110A |
| Width |
4.2±0.1mm |
| Thickness |
0.23±0.01mm |
| Max. Tensile Stress(5% Ic Degradation) |
100MPa |
| Min. Bending Radius(5% Ic Degradation) |
30mm |
| |
InnoST's High Current Density wires
are suitable for most HTS applications. And these wires
are easier for users to apply other layers by some technologies
such as insulating and reinforcing to their surfaces to
meet the technological requirements of HTS applications. |
|
Bi-2223 HTS Insulated Wire
| Type |
Insulated |
| Critical Current Ic (77K self-field ) |
≥ 110A |
| Width |
4.2±0.1mm |
| Thickness |
0.23±0.01mm |
| Insulated Layer Thickness (single side) |
10μm |
| Breakdown Voltage (room temperature) |
300, 500, 800V |
| Max. Tensile Stress (5% Ic Degradation) |
100MPa |
| Min. Bending Radius (5% Ic Degradation) |
30mm |
| |
InnoST's insulated wires are developed
especially for HTS applications that need higher insulating
properties. Their main advantages are higher breakdown voltage,
better homogeneity of insulating layers and excellent prevention
from liquid cryogen penetration into the high temperature
superconducting filaments through microscopic defects in
the outer sheath of the wires that may results in ballooning
phenomenon, hence protecting the electrical properties of
these wires. |
|
Bi-2223 HTS Tinned Wire
| Type |
Tinned |
| Critical Current Ic (77K self-field ) |
≥ 110A |
| Width |
4.2±0.1mm |
| Thickness |
0.23±0.01mm |
| Tinned Layer Thickness (Double sides) |
10~12μm |
| Max. Tensile Stress(5% Ic Degradation) |
100MPa |
| Min. Bending Radius(5% Ic Degradation) |
30mm |
| |
InnoST's tinned wires are designed to
respond to the need for superconducting joints. The tinned
wires are easier to be soldered. The contact resistance
can be less than 10-7-10-8 Ω for a
10cm splice length and the width of spliced region can be
kept almost the same with the tape. The wires also have
better hermeticity and can prevent from liquid cryogen penetration
into the high temperature superconducting filaments through
microscopic defects in the outer sheath of the wires that
may results in decreasing electrical properties of these
wires, hence protecting the electrical properties of these
wires. |
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