Nichrome 80 Mesh

Key Features:

  1. Oxidation and permeability resistance
  2. Low temperature coefficient of electric resistance
  3. Mesh Size: 0.2mesh/inch to 300mesh/inch
  4. Wire Dia: 0.04mm to 8.0mm
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Product Description:

Nichrome 80 mesh includes Nichrome 80 wire mesh and Nichrome 80 Mesh Tray for Electronic Parts Sintering.  It has outstanding tensile strength, oxidation resistance and corrosion resistance properties in high temperature environments.

Nichrome 80 Mesh offers properties such as deformation resistance, thermal stability, mechanical strength and shockproof ability at the high temperatures. While heating, it also shows stable performance in air.

Nichrome 80 mesh is widely used in heat treatment, air carbon furnace beltscomponents, chemical plants, machinery as well as metallurgy.

Why Nichrome as a Mesh?

Nichrome Mesh has a key role in the heat processing for electronic components. It offers many advantages including deformation resistance, thermal stability, mechanical strength, shock resistance in the heated state and oxidation resistance. Nichrome is the best fit material in the heating applications as it produces an adherent layer of chromium oxide that prevents further corrosion in the hot air hence securing the beneath metal from burning or fracturing. Nichrome Mesh is ideally used in heat processing, air-carbon furnace, chemical industry, machinery and metallurgical applications.

Applications of Nichrome Wire Mesh:

Filtration and screening of liquids, solids and gases at high temperatures and electronic component sintering.

Nichrome 80 Mesh Chemistry:

Nickel Chromium
80 % 20 %

Nichrome 80 Mesh Property Data:

Density 8.31 gram per cubic cm
Electrical resistivity 108 microhm • cm at 20oC
650 ohm. Circ. Mil/ft at 20oC
Highest service temperature 300oC or 572oF
Melting temperature 1400oC or 2550oF
Coefficient of thermal expansion 12.5 micro-m per m oC from 20oC to 100oC