Electrolytic Iron Flake Description
Electrolytic Iron Flake is a high-quality, finely powdered iron material designed for use in precision manufacturing, including the production of magnetic materials, battery electrodes, and various specialized alloys. The electrolysis process used to create this flake ensures exceptional purity, with minimal impurities that could compromise performance.
Electrolytic Iron Flake offers superior magnetism, excellent corrosion resistance, and high thermal stability, making it ideal for use in magnetic devices, automotive components, and electronic systems.
Electrolytic Iron Flake Specification
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Physical Composition
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Form
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Flake
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Particle Size
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1-20mm, or customized
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Purity
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99.9%
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Density
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7.98g/cm3
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Chemical Composition
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Item
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Ultra-High Purity
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Low Gas Ultra-High Purity
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Analysis (%)
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Guaranteed
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Typical
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Guaranteed
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Typical
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C
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0.004
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< 0.003
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0.003
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< 0.002
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S
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0.002
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< 0.001
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0.002
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< 0.0005
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N
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0.003
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< 0.002
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0.0010
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≤ 0.0005
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O
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0.025
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0.0150
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0.0150
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< 0.0150
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P
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0.0020
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0.001
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0.001
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0.001
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Mn
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0.0020
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< 0.0010
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0.001
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< 0.0005
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Si
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0.001
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< 0.0005
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0.001
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< 0.0005
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Electrolytic Iron Flake Application
- Magnetic materials (e.g., transformers, motors, magnetic coatings)
- Battery electrodes (particularly for lithium-ion batteries)
- Automotive components (e.g., brake linings)
- Metal coatings and electroplating
- Powder metallurgy and high-performance alloys
Electrolytic Iron Flake Packaging
Our Electrolytic Iron Flake is carefully handled during storage and transportation to preserve the quality of our product in its original condition. Packaged according to individual requirements
FAQs
Q1. What is Electrolytic Iron Flake?
Electrolytic Iron Flake is a high-purity, finely divided iron material produced by the electrolysis of iron ore. This process results in iron flakes that have a uniform particle size and excellent purity, making them ideal for applications requiring high-quality iron.
Q2: How is Electrolytic Iron Flake different from regular iron powder?
Electrolytic Iron Flake differs from regular iron powder in its purity, particle shape, and production process. The electrolytic method results in a cleaner, more uniform material with a distinct flake-like shape, which enhances its performance in sensitive applications. Regular iron powders may be produced via mechanical methods and may contain more impurities.
Q3: Can Electrolytic Iron Flake be used for 3D printing or additive manufacturing?
Yes, Electrolytic Iron Flake can be used in 3D printing and additive manufacturing, especially for metal 3D printing processes that involve powder metallurgy. Its high purity and uniform size distribution make it suitable for precision printing and casting in complex geometries.
