Brief: See how this offering can bring practical value to common tasks and projects. In this video, we demonstrate the strip slitting process for the 0.03mm Iron Chromium Resistance Strip FeCrAl Alloy, showcasing its high-temperature capabilities and practical applications in electrical heating systems.
Related Product Features:
FeCrAl Alloy offers high resistance and excellent electrical heating properties.
Operating temperatures reach 2192 to 2282℉ with a resistance temperature of 2372℉.
Enhanced anti-oxidation and longer service life through rare earth additions like La+Ce, Yttrium, Hafnium, and Zirconium.
Ideal for electrical furnaces, glass top hobs, quartz tube heaters, resistors, and catalytic converters.
TK1 model features good high-temperature oxidation resistance and extended service life.
Excellent winding properties at room temperature with ease of processing and molding.
Minimal rebound resilience and superior processing performance compared to 0Cr27Al7Mo2.
High-temperature performance exceeds 0Cr21Al6Nb with an operating temperature up to 1425ºC.
Faqs:
What are the key applications for the 0.03mm FeCrAl Alloy strip?
This alloy is commonly used in electrical furnaces, glass top hobs, quartz tube heaters, resistors, catalytic converters, and various heating elements due to its high resistance and thermal stability.
How does the addition of rare earth elements improve the FeCrAl Alloy?
Adding rare earths like La+Ce, Yttrium, Hafnium, and Zirconium enhances the alloy's anti-oxidation ability, significantly increasing its working life and performance at high temperatures.
What are the advantages of the TK1 model FeCrAl Alloy?
The TK1 model offers stable processing, integrated performance, excellent high-temperature oxidation resistance, longer service life, superior winding properties, minimal rebound, and better high-temperature performance than comparable alloys like 0Cr21Al6Nb.