Resistance Heating Alloy Wire Mesh Sheet from China manufacturer

Resistance Heating Alloy Wire Mesh Sheet

Payment Terms:	T/T,L/C,WU
Place of Origin:	Beijing, China (Mainland)


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Product Detail

Means of Transport: Ocean,Land,Air

Packing: Standard package for export...

Production Capacity: 30 tons/month

Delivery Date: 2-15days

low resistivity and high temperature coefficient of resistance. Good workability and high-temperature strength.

Resistance Heating Alloys

The resistance heating alloys can be divided into two main groups.

The FeCrAl and the NiCr based alloys. For lower temperature applications CuNi and NiFe based alloys are also used. The different alloys are described below as well as a comparison of some of the properties of the FeCrAl and the NiCr based alloys.

NiFe

Up to 600 °C 1110 °F: Ni70Cr30 and Ni60Cr15 are alloys with low resistivity and high temperature coefficient of resistance. The positive temperature coefficient allows heating elements to reduce power as temperature increases. Typical applications are in low temperature tubular elements with self-regulating features.

Austenitic Alloys (NiCr, NiCrFe)

Up to 1200 °C 2190 °F: Ni80Cr20 is the austenitic alloy with the highest nickel content. Because of its good workability and high-temperature strength, Ni80Cr20 is widely used for demanding applications in the electric appliance industry.

Up to 1250 °C 2280 °F: Ni70Cr30 (Normally used in furnace applications)

Up to 1150 °C 2100 °F: Ni60Cr15 has good corrosion resistance, good oxidation properties and very good form stability. The corrosion stability is good except in sulphur containing atmospheres.

Typical applications for Ni60Cr15 are in tubular heating elements and as suspended coils.

Up to 1100 °C 2010 °F: Ni35Cr20 is used as electric heating element material in domestic appliances and other electric heating equipment at operating temperatures up to 1100 °C 2010 °F.