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Superfine Pre-alloyed Powder: FCo-70
Superfine Pre-alloyed Powder

Superfine Pre-alloyed Powder: FCo-70

Ultrafine micron pure Fe-Co alloy powder, known as FCO-70, is a specialized iron-cobalt 70 alloy powder with an average particle size of 3-5 microns. This fine particle size contributes to the alloy's excellent mechanical properties, making it highly suitable for advanced applications requiring superior strength and durability. Notably, under identical temperature conditions, the three-point bending strength of this alloy is 30% higher than that of ordinary pure cobalt, highlighting its enhanced performance.

The sintered tissue structure of FCO-70 further emphasizes its toughness characteristics, making it an ideal material for applications where both strength and resilience are critical. The prominent toughness of the sintered structure ensures that the material can withstand high stress and deformation without compromising its integrity. This makes the ultrafine micron Fe-Co alloy powder FCO-70 a valuable material in industries that demand high-performance alloys with a combination of strength, toughness, and reliability.

    Features

    With the increase of temperature, the relative density is higher and the strength is higher. Under high temperature conditions, it has strong thermal stability and excellent deformation resistance.

    Application

    1. For diamond tools, magnetic materials, hard alloys.
    2. Can be used as a basic powder for high-end tools such as rope saws and row saws.
    • metal powder for diamond toolsa9k

    Data

    Grade

    Composition

    Particle Size
    D50(μm)

    Hardness
    (HRB)

    Bending Strength
    (MPa)

    Apparent Density
    (g/cm3)

    Theoretical Density
    (g/cm3)

    FCo-70

    Fe Co

    3.0-5.0

    95-110

    1600-2000

    1.5-1.9

    8.56

    The above product data and application suggestions may change due to product optimization, performance improvement, and other reasons. The current content is for reference only. Please contact us for the latest data.

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