Supplier Homepage Electronic Electronic circuit cooling components heat sink Cuni Resistance Wire for Electrical Heating Mats/Snow Melting Cable

Cuni Resistance Wire for Electrical Heating Mats/Snow Melting Cable

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Basic Info

Product Description

Model NO.

Resistance Wire

Material Shape

Round Wire

Range of Application

Cold-Resistant

Certification

ISO9001, CE, CCC, RoHS

Brand

TANKII

Services

Small Order Accepted

Wire

0.018-10mm

Ribbons

0.05*0.2-2.0*6.0mm

Strips

0.05*5.0-5.0*250mm

Sample

Samples Available

Trademark

TANKII

Transport Package

Packing in Coil Cartons, Pallet, Spools

Specification

0.02-10mm

Origin

China

HS Code

74082200

Cuni Resistance Wire for Electrical Heating Mats/Snow Melting Cable

As a big manufacturer and exporter in China on the line of electric resistance alloy, we can supply all kinds of electric resistance alloy wire and strips (resistance steel wire and strips),
Material: CuNi1, CuNi2, CuNi6, CuNi8, CuNi14, CuNi19, CuNi23, CuNi30, CuNi34, CuNi44.
1. Introduction
The copper-based low resistance heating alloy is widely used in low-voltage circuit breaker, thermal overload relay, electrical heating cable, electrical heating mats, snow melting cable and mats, ceiling radiant heating mats, Floor heating mats & Cables, Freeze protection cables, electrical heat tracers, PTFE heating cables, hose heaters, and other low-voltage electrical product. It is one of the key materials of the low-voltage electrical products. The materials produced by our company have the characteristics of good resistance consistency and superior stability. We can supply all kinds of round wire, flat and sheet materials.
2. Application
Our Products widely apply to chemical industry, metallurgy mechanism, glass industry, ceramic industry, home appliance area and so on.

Characteristic	Resistivity ( 200C μΩ.m)	Max.working Temperature ( 0C)	Tensile Strength (Mpa)	Melting point (0C)	Density ( g/cm3)	TCR x10-6/ 0C (20~600 0C)	EMF vs Cu (μV/ 0C) (0~100 0C)
Alloy Nomenclature
NC003 (CuNi1)	0.03±5%	200	210	1085	8.9	<100	-8