Metal Powders & Abrasives
Precision cuts on heavy, dense, difficult powders
Metal powders are heavy, dense and often explosive; abrasives eat ordinary mesh for breakfast. VortiSep builds for both: reinforced frames and high-energy motion for zinc and iron powders, wear packages and rapid re-mesh for SiC and diamond grit, inert-gas-ready interfaces for battery materials.
Typical working context · Metal Powders & AbrasivesWhat runs through the mesh
Your material not listed? That is what the sample test is for — send it and it goes on file with numbers.
What keeps metal powders & abrasives engineers calling
High bulk density loading
Reinforced decks and 2.2 kW drives keep 4–5 g/cm³ zinc and iron powders stratifying, not dead-bedding.
Explosion risk (Al, Zn, Ti)
ATEX builds with anti-static mesh grounding and inert-gas purge interfaces.
Battery-material contamination
Non-contact ultrasonic keeps LFP / NMC cuts tight without introducing wear metal.
Abrasive mesh wear
Tensioned wear-grade screens and quick re-mesh kits cut cost-per-ton on SiC and fused alumina.
Build options this industry orders
Design targets and documentation expectations the machines are configured against.
- ATEX option
- Anti-static grounding
- Wear-grade mesh kits
Case studies in this industry
Pre-packing scalping at 5.2 t/h — zero filler stoppages in 14 months
Remove tramp oversize before the filler without reducing the 5 t/h packing rate.
325-mesh zinc powder cut held at 800 kg/h with ultrasonic deblinding
Hold a continuous −325 mesh guard cut at ≥ 800 kg/h with shift-length mesh intervals.
Screening metal powders & abrasives materials — before you buy
Describe the material and the cut. The reply states the recommended series, its limits for your case, and what a sample test would add.