Fine SC Wires-智慧城市网

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For your low-current applications that require diameters smaller than 0.3mm, Supercon carries several types of fine SC wires. See our data tables below for more details on your specific requirements.

Fine Diameter Superconducting Wire

Type	# Filaments	Cu:Sc	Applications / General Description
Fine Diameter Copper Stabilized
	1	1:5:1
	54	1.3:1	Multifilament superconductor for general purpose DC magnets. Commonly used for construction of NMR analytical systems.
Fine Diameter CuNi Resistive Matrix
	1	1.5:1
	18	1.5:1

Fine Diameter Copper Stabilized Superconducting Wire

Type	# Filaments	Cu:SC	Diameter (mm)		Critical Currents (Amps @ 4.2K) at Fields (Tesla, T)				Filament Diameter (µm)
Type	# Filaments	Cu:SC	Bare	Insulated	3T	5T	7T	9T	Filament Diameter (µm)
T48B-M	1	1.5:1	0.025	0.036	-	-	-	-	15
			0.050	0.066	-	-	-	-	31
			0.079	0.102	7	5	-	-	49
			0.100	0.127	9	7	4	-	62
			0.114	0.140	12	9	6	2	71
			0.127	0.152	16	12	8	-	78
			0.152	0.178	25	17	12	-	94
			0.178	0.203	37	27	17	-	110
			0.203	0.229	52	37	24	-	125
			0.229	0.254	76	51	30	-	142
			0.254	0.279	94	62	37	-	157
54S43	54	1.3:1	0.079	0.102	5	3.5	2.5	1	7
			0.100	0.127	6	4	3	-	9
			0.114	0.140	7	6	4	2	10
			0.127	0.152	10	9	6	-	11
			0.152	0.178	16	13	9	3.5	13
			0.178	0.203	30	20	13	6	16
			0.203	0.229	44	33	21	7	18
			0.229	0.254	56	42	29	11	20
			0.254	0.279	74	56	37	12	23

Fine Diameter CuNi Resistive Matrix Superconducting Wire

Type	# Filaments	*CuNi:SC**	Diameter (mm)		Critical Currents (Amps @ 4.2K) at Fields (Tesla, T)				Filament Diameter (µm)
Type	# Filaments	*CuNi:SC**	Bare	Insulated	3T	5T	7T	9T	Filament Diameter (µm)
SW-M	1	1.5:1	0.079	0.102	-	-	-	-	49
			0.100	0.127	7	5	4	-	62
			0.114	0.140	10	7	5	-	71
			0.127	0.152	13	10	6	3	78
			0.152	0.178	22	16	11	4	94
			0.178	0.203	-	-	-	-	110
			0.203	0.229	42	29	19	8	125
			0.229	0.254	-	-	-	-	142
			0.254	0.279	68	47	30	13	157
SW-18	18	1.5:1	0.056	0.069	-	-	-	-	8
			0.079	0.102	7	5	3	-	11
			0.100	0.127	-	-	-	-	15
			0.114	0.140	10	8	6	-	17
			0.127	0.152	-	-	-	-	19
			0.152	0.178	-	-	-	-	23
			0.178	0.203	-	-	-	-	27
			0.203	0.229	45	32	21	-	30
			0.229	0.254	-	-	-	-	34
			0.254	0.279	-	-	-	-	38