Satılık Plazma Döner Elektrot İşlemi (Prep) ve Plazma Atomizasyonu 3*20 Kva/500Kg/Saat

Plazma atomizasyon teknolojisi, içine beslenen bir malzemeyi hem eritebilme hem de atomize edebilme yetisine  sahiptir.                                                                                       Advanced plasma atomization for aluminum (alüminyum) powder is a high-purity manufacturing technique utilizing high-enthalpy plasma torches to melt and atomize continuous metal wire or feedstock into exceptionally spherical    powders Plazma torçunun dış bölgesinde elde edilen ısı, katı bir teli eritir  ve buharlaştırır.--v

• Feedstock Introduction: Alüminyum wire or rod is continuously fed via a precision guide into the convergence point (apex) of multiple direct-current or induction plasma torches. [1, 2, 3]

• Melting and Dispersion: The high-temperature plasma jets instantly melt and disperse the metal into tiny droplets in a single, crucible-free step, preventing refractory or ceramic contamination. [1]

• Solidification: The atomized droplets cool rapidly in an inert gas (such as argon) environment inside the collection chamber, yielding fully dense, highly spherical particles with minimal internal porosity. [1]

Key Characteristics & Advantages

• Superior Sphericity & Flowability: Produces uniform, smooth-surfaced particles -
• optimized for additive manufacturing (3D printing) like LPBF and DED. [1, 2]
• High Purity: Eliminates crucible interaction entirely, reducing impurities and trapped gas-bubble porosity common in standard gas or water atomization. [1, 2]
• Controlled Particle Size: Typically yields distributions tailored between 10 to 150 µm depending on torch momentum and gas-to-metal ratios. [1]

• If you'd like, let me know:

• Are you focusing on pure aluminum or specific aluminum alloys (like AlSi10Mg)?
• Do you need details on specific equipment manufacturers or operational parameters?

• I can provide deeper technical specifications tailored to your project