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Superfine Pre-alloyed Powder: SUZ Series
Superfine Pre-alloyed Powder

Superfine Pre-alloyed Powder: SUZ Series

FeCuZn and FeZn series pre-alloyed powders, with an average particle size ranging from 400 to 600 mesh, are renowned for their high physical and mechanical properties. These powders are specifically designed to deliver excellent performance in various industrial applications. In the FeCuZn and FeCuSnZn formula systems, the powders exhibit outstanding formability, ensuring ease of shaping and processing. Their high sintering performance further enhances the structural integrity and durability of the final product.

Additionally, these pre-alloyed powders are engineered to improve sharpness, making them particularly effective in applications requiring precise cutting or abrasion. The combination of good formability, superior sintering characteristics, and enhanced sharpness makes FeCuZn and FeZn series powders highly versatile and valuable in producing components that demand both strength and precision. Their consistent performance across different applications underscores their importance in the development of high-quality, durable materials.

    Features

    1. Improve the utilization rate of zinc and avoid the concentration segregation of zinc.
    2. Improve the mechanical strength of FeCuZn alloy and improve the holding force of diamond.
    3. Reasonable cost space can reduce the dosage of Cu and Sn in the formula, or even not use Sn.
    4. Reasonable sintering process can achieve higher sharpness and output.

    Application

    For small & medium saw blade, grinding tool.
    • metal powder for diamond tools1z9

    Data

    Grade

    Composition

    Particle Size
    D50(μm)

    Hardness
    (HRB)

    Bending Strength
    (MPa)

    Apparent Density
    (g/cm3)

    Theoretical Density
    (g/cm3)

    SUZ-01

    Fe Zn

    22.0-28.0

    95-102

    700-1300

    0.9-1.6

    7.8

    SUZ-03

    Fe Zn

    25.0-35.0

    105±3

    380-480

    1.7-2.1

    7.59

    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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