High temperature cable

Pure Nickel mica tap braided fiber glass high temperature cable

fiber glass high temperature cable
Pure Nickel high temperature cable
Product description: Pure Nickel mica tap braided fiber glass high temperature cable Can be used in a maximum of 1000 degrees in the environment, high temperature resistance, pure nickel conductor, high temperature perfo
INQUIRY

Pure Nickel mica tap braided fiber glass high temperature cable Can be used in a maximum of 1000 degrees in the environment, high temperature resistance, pure nickel conductor, high temperature performance, suitable for fixed laying, plus flame combustion, no harmful toxic gas. This product is metallurgy, thermal engineering, petroleum, chemical, natural gas, kerosene and other special environment, need fire performance of all kinds of electrical equipment in the wire and cable.

Pure Nickel mica tap braided fiber glass high temperature cable Technical data:
1.Product Standard:GB1266.6-90Q1321281KLA02-2009
2.Flame does not burn refractory wire YW500 (350℃~1000℃)
3.Rated Temperature:500℃~1000℃
4.Rated Voltage:750V
5.Conductor use bare copper,nickel plated copper or pure nickel wire of single or stranded wire with 0.5~25mm2.
6.The insulation is made of natural mica tape wrapped around and glass fiber braided,imported high temperature mica glue vacuum high temperature sintering composition.
7.Colors are red,blue,white,yellow,green,brown,black(general color is milky yellow).
Pure Nickel mica tap braided fiber glass high temperature cable Schematic Diagram:

Nominal Section mm²	Conductor Structure No./mm	Insulation Thickness mm	O.D Control mm	Max conductor resistance 20℃Ω/km


0.5	7/0.30	0.5	2.3±0.3	40.8
0.75	11/0.30	0.5	2.5±0.3	24.3
1.0	14/0.30	0.5	2.6±0.3	20.0
1.5	21/0.30	0.5	2.9±0.3	12.6
2.0	28/0.30	0.6	3.3±0.5	9.84
2.5	35/0.30	0.6	3.6±0.5	7.37
4.0	56/0.30	0.8	4.7±0.5	4.83
6.0	84/0.30	0.8	5.5±0.5	3.26
10.0	84/0.40	0.8	6.6±0.5	1.8
16.0	228/0.30	0.8	7.8±0.5	1.31
16.0	126/0.40	0.8	7.8±0.5	1.31
25.0	361/0.30	0.8	9.5±0.5	0.758
25.0	196/0.40	0.8	9.5±0.5	0.758