Sagwell develops ultra-fine 2600-mesh Fe-Cu pre-alloyed powder. This brief overview introduces its intrinsic material traits and competitive edges against monolithic single-metal powders used to produce diamond cutting tool matrices.
Prealloy powder outperforms manually mixed single-metal blends even with matching chemical ratios. Components sintered from Fe-Cu prealloy powder gain heightened matrix compactness, which directly elevates hardness and structural tensile strength. SEM analysis confirms complete homogeneous alloying and homogeneous dispersion of all metallic elements throughout the sintered matrix body.
Minute powder grains expand the material’s specific surface area, greatly accelerating chemical activity during thermal sintering and enabling complete alloy fusion. The raw material can reach optimal sintering integrity at moderate heating temperatures, lowering production power costs while standardizing the quality of finished cutting tools.
Sagwell’s R&D engineers conducted specimen fabrication trials and confirmed this Fe-Cu powder firmly locks diamond abrasive grains inside the matrix. It restricts material separation and fully unlocks the performance potential of every alloy element. Tool segments sintered with this raw material avoid diamond shedding under cutting loads, sustain steady grit protrusion, and bring substantial improvements to cutting efficiency and service life.
This Fe-Cu pre-alloyed powder acts as a core flagship product in Sagwell’s metal powder portfolio. Its stable, high-standard functional characteristics have won consistent favor and long-term cooperation from diamond tool manufacturers worldwide.
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