Pre-alloyed Powder FeNi (X5-510) Description
Pre-alloyed FeNi (X5-510) powder is produced through the atomization method, ensuring a high degree of composition uniformity in each particle. This consistent alloy blend significantly extends tool life and helps maintain sharpness, resulting in enhanced performance and longevity.
Pre-alloyed Powder FeNi (X5-510) Specifications
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Specification
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Sintering Temperature (℃)
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900
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Oxygen Content (%)
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≤0.3
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Carcass Hardness
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95-105 HRB
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Theoretical Density (g/cm3)
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7.95
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Bulk Density (g/cm3)
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3.5
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Bending Strength (Mpa)
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1000-1300
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Pre-alloyed Powder FeNi (X5-510) Applications
Pre-alloyed Powder FeNi (X5-510) is suitable for small wall groove saw blades, concrete road saw blades, concrete, grinding discs, grinding blocks, edge grinding wheels, etc.
Pre-alloyed Powder FeNi (X5-510) Packaging
Our Pre-alloyed Powder FeNi (X5-510) is carefully handled during storage and transportation to preserve the quality of our product in its original condition.
Pre-alloyed Powder FeNi (X5-510) FAQ
1. What are the main applications of FeNi (X5-510) powder?
FeNi (X5-510) powder is widely used in manufacturing small wall groove saw blades, concrete road saw blades, grinding discs, grinding blocks, edge grinding wheels, and other cutting and grinding tools.
2. How does FeNi (X5-510) powder improve tool performance?
Due to its excellent composition uniformity, FeNi (X5-510) powder significantly increases tool life, maintains tool sharpness, and improves cutting efficiency, making it ideal for high-performance applications.
3. What are the advantages of using Pre-alloyed FeNi (X5-510) powder over other powders?
FeNi (X5-510) powder provides superior composition consistency, enhancing tool durability and reducing wear. It also ensures that the tools remain sharp longer, increasing efficiency and reducing the need for frequent replacements.
4. What are the key features of FeNi (X5-510) powder?
High composition uniformity
Increased tool life and sharpness
Suitable for high-performance cutting and grinding applications
Produced using a reliable atomization method for consistent quality
