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Fecral Ferro-Chromium-Aluminum D A1 Tk1 Apm High-Temperature Heating Resistance Wire

Short Description:

This product takes refined master alloy as raw material, uses powder metallurgy technology to manufacture alloy ingots, and is manufactured by special cold and hot processing and heat treatment process. The product has the advantages of strong oxidation resistance, good corrosion resistance at high temperature, small creep of electrothermal components, long service life at high temperature and small change of resistance. It is suitable for high temperature 1420 C, high power density, corrosive atmosphere, carbon atmosphere and other working environments. It can be used in ceramic kilns, high temperature heat treatment furnaces, laboratory furnaces, electronic industrial furnaces and diffusion furnaces.


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Fecral  Ferro-Chromium-Aluminum  D A1 Tk1   Apm High-Temperature Heating Resistance Wire

Tankii iron-chrome-aluminum (FeCrAl) resistance alloys are developed with the change in composition of chromium and aluminum elements.
They offer excellent anti-oxidization, anti- sulfur and anti-cementite properties.

TK1 large-sized cold-drawn wire products can be used for high-temperature resistance furnace. Practice has proved that: The product process is stable, integrated performance is good. Has good high temperature oxidation resistance and longer service life; Excellent winding properties at room temperature processing, ease of processing molding; Little rebound resilience and so on. Processing performance is better than 0Cr27Al7Mo2, high temperature performance is better than 0Cr21Al6Nb; Operating temperature can reach 1400º C.

Main specifications and uses:
Conventional Product specifications: 0.5 ~ 10 mm
Uses: Mainly used in powder metallurgy furnace, diffusion furnace, radiant tube heater and all kinds of high-temperature furnace heating body.

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Properties \ Grade TK1
Cr Al Re Fe
25.0 6.0 Suitable Balance
Max Continuous Service Temperature(ºC) Diameter 1.0-3.0 Diameter>3.0,
1225-1350ºC 1400ºC
Resisivity 20 (Ωmm2/m) 1.45
Density(g/cm 3 ) 7.1
Approximate Melting Point( ºC) 1500
Elongation (%) 16-33
Repeatedly Bend Frequency(F/R) 20 7-12
Continuous Service Time >60/1350ºC
Micrographic Structure Ferrite
 The relationship between the maximum operating temperature and the furnace atmosphere

Furnace atmosphere Dry Air Humid Air hydrogen-argon gas Argon Decomposition ammonia gas
Temp 1400 1200 1400 950 1200

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