Super FeCrAl Alloy Mesh

Key Features:

1. Outstanding high temperature resistance

2. Exceptional heat resistance

2. Outstanding resistance in hot condition, sulfur and carburizing media

Technical Data Mesh Specification Charts

Product Description:

Super Fecral Alloy Mesh is made of a special grade of Fecral alloy, it offers great resistance to high temperature and oxidation.  Super Fecral alloy can serve as high as 1400oC with good mechanical stability.

Why Super Fecral Alloy Mesh?

Heanjia Super Metals Co., Ltd. supplies Super Fecral Wire Mesh; this product has much better properties than all other Fecral alloy Wires made in China. It is made with powder-metallurgical and dispersion-strengthened technique. This is the same technique that Kanthal wires were produced with. It can work at the extremely high temperatures varying up to 1400oC.  The resistance to high temperature heating makes super fecral alloy mesh a good choice for furnaces and heat processing elements.

Super Fecral Alloy Mesh Properties:

1. High Melting point of Kanthal prevents the material to soften while service at the elevated temperatures.

2. Low coefficient of thermal expansion

3. Good thermal conductivity

4. High temperature stability

5. High material strength

6. Low vapor pressure

7. Resistance to oxidation and other high temperature corrosion types

Super Fecral Alloy Mesh Applications:

  1. Gas burners
  2. Catalysts
  3. Electronic engineering
  4. Heat processing
  5. Furnace curtains
  6. E-cigarette atomizers
  7. Furnace Filters

Super Fecral Wire Mesh Chemical Composition:

  C % Si % Mn % Cr % Al % Fe %
Min 22 Bal.
Max 0.04 0.4 0.4 24.5 5.8


Super Fecral Wire Mesh Properties:

Density g/cm3 Electrical resistivity at 20°C Ω mm2/m Poisson’s ratio Yield strength MPa Tensile strength MPa Elongation % Accelerated life test (1350oC) (hours) Melting point °C
7.10 1.4-1.5 0.30 470 650-800 >14% >80 1500
Number of Bends Max continuous operating temperature in air °C Specific heat capacity kJ kg-1 K-1 Thermal conductivity W m-1 K-1 Coefficient of thermal expansion Temperature factor of resistivity Young’s modulus
7-12 1400 0.46-0.80 11-35 11-16 1.0-1.04 130-220

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