Discontinued (Discontinued) FE6080 Iron-based Amorphous Powder Fe-Cr-P-C

Amorphous Powder based on Iron Fe-Cr-P-C Description

The amorphous powder based on Iron Fe-Cr-P-C exhibits excellent high-temperature resistance and has been optimised to exclude expensive metals such as Molybdenum, Nickel, and Yttrium. The primary components of this product are Fe, Cr, P, and C, which contribute to reduced raw material costs while achieving an amorphous content of nearly 100%. This offers an advantageous cost-performance ratio. When creating amorphous coatings, this powder easily forms a coating structure with nearly 100% amorphous phase, significantly enhancing the high-temperature resistance of the coating.

Amorphous Powder based on Iron Fe-Cr-P-C Specification

Corrosion Data Comparison

Amorphous Powder based on Iron Fe-Cr-P-C Application

Amorphous Fe-Cr-P-C Powder based on Iron is mixed with resin as a coating and processed into a heat- and corrosion-resistant coating with good thermal conductivity through spraying or brushing. It can serve as a heat exchanger coating in the chemical industry and other applications.

Amorphous Powder based on Iron Fe-Cr-P-C Packaging

Our amorphous powder based on Iron Fe-Cr-P-C is handled with care during storage and transport to maintain the quality of our product in its original condition.

Safety Information

Frequently Asked Questions

Q1. What is amorphous powder based on Iron (Fe-Cr-P-C)?

Amorphous powder based on Iron (Fe-Cr-P-C) is a type of metal powder primarily consisting of Iron (Fe), Chromium (Cr), Phosphorus (P), and Carbon (C). It possesses an amorphous structure, meaning the atoms are unorganised and not arranged in a crystalline format. This structure imparts unique properties to the powder, such as high hardness and excellent wear resistance.

Q2. What are the main properties of amorphous powder based on Iron?

High Hardness: The amorphous structure ensures extraordinary hardness, making it suitable for wear-resistant coatings.

Corrosion Resistance: The presence of Chromium enhances the powder's oxidation and corrosion resistance.

High Strength: The unique atomic structure of the material leads to high mechanical strength.

Thermal Stability: The powder withstands high temperatures, making it ideal for thermal spraying and other high-temperature applications.

Q3. How is amorphous powder based on Iron produced?

This powder is typically produced through rapid solidification processes such as atomisation, where molten metal is quickly cooled to prevent crystallisation, resulting in an amorphous material.