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Kanthal and FeCrAl Wire Frequently Asked Questions

Q1: What is FeCrAl Alloy’s Price?

The price of FeCrAl alloys varies depending on the grade, form (wire, ribbon, sheet), quantity, and supplier. Below is a general price comparison for common FeCrAl alloys (as of 2024): Learn more

Alloy Grades

Price Range (USD/kg)

Factors Affecting Price

Generic FeCrAl 

20-50

Lower Al/Cr content, basic oxidation resistance

Kanthal A-1 (Sandvik)

50-120

Brand premium, high Cr/Al content, superior performance

Kanthal APM (Powder Metallurgy)

100-200

Rare earth doping, extreme temperature resistance

APMT (Sandvik)

150-300

Mo & rare earth additions, nuclear/aerospace grade

Aluchrom Y (Hitachi)

70-150

Yttrium stabilization, mid-range performance

Kanthal A-1 Substitute

20-30

Made in China, but reliable quality, free sample for exam

Kanthal APM Substitute

28-45

Made in China, high end, reliable quality, free sample for exam

 

Q2: What is the difference between FeCrAl and kanthal?

FeCrAl and Kanthal are closely related, but there are some key differences between them. Learn more

– FeCrAl stands for Iron-Chromium-Aluminum, which is a general term for alloys composed primarily of these three elements. These alloys are known for their high electrical resistance and oxidation resistance at high temperatures.

– Kanthal is a brand name owned by Sandvik Materials Technology, referring to a specific family of FeCrAl alloys. Not all FeCrAl alloys are Kanthal, but all Kanthal alloys are FeCrAl-based.

 

Q3: Can your FeCrAl resistance wire replace Kanthal’s FeCrAl wire?

Yes, absolutely. High-quality FeCrAl (Iron-Chromium-Aluminum) resistance alloy wire is a direct and fully capable replacement for Kanthal-brand FeCrAl wire in the vast majority of applications. Learn more

 

Q4: How does FeCrAl compare to NiCr resistance wire?

– Nichrome is nickel-based, easier to work with, and suitable for lower-temperature applications.

– FeCrAl is iron-based, more cost-effective, and excels in high-temperature environments with superior oxidation resistance.

 The choice between the two depends on the specific requirements of the application, such as operating temperature, mechanical properties, and cost considerations. Learn more

 

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