Pre-alloyed Powder FeNi (X5-530) Description
Pre-alloyed Powder FeNi (X5-530) is manufactured by atomization method. Since each powder particle contains various metal elements that make up the alloy, the composition uniformity of the pre-alloyed powder is quite good.
It is a reinforced high-nickel powder that can reduce the loss of low-melting point components, reduce the use of elemental nickel in the matrix, and reduce costs. It is also used as a reinforcing phase since it has good wear resistance and can significantly extend the service life of tools.
Pre-alloyed Powder FeNi (X5-530) Specifications
Specification
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Sintering Temperature (℃)
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870
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Oxygen Content (%)
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≤0.3
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Carcass Hardness
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100-110 HRB
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Theoretical Density (g/cm3)
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8.15
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Bulk Density (g/cm3)
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3.4
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Bending Strength (Mpa)
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1200-1400
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Pre-alloyed Powder FeNi (X5-530) Applications
Pre-alloyed Powder FeNi (X5-530) is suitable for various diamond tools.
Pre-alloyed Powder FeNi (X5-530) Packaging
Our Pre-alloyed Powder FeNi (X5-530) is carefully handled during storage and transportation to preserve the quality of our product in its original condition.
Pre-alloyed Powder FeNi (X5-530) FAQs
1. What are the main applications of FeNi (X5-530) powder?
FeNi (X5-530) powder is used in the production of high-performance industrial tools, cutting equipment, and wear-resistant components that require a durable, cost-effective material solution.
2. How does FeNi (X5-530) powder improve performance?
FeNi (X5-530) powder helps enhance the overall durability and efficiency of tools and components by reducing the loss of low-melting point components and minimizing the need for expensive elemental nickel, ultimately providing a more cost-effective solution without sacrificing performance.
3. What are the key benefits of using Pre-alloyed FeNi (X5-530) powder?
Reduced loss of low-melting point components: Helps preserve the integrity of the material during processing.
Lower reliance on elemental nickel: Reduces material costs while maintaining quality. Cost-effective solution: Offers a high-performance material at a reduced cost, making it ideal for various industrial applications.