The optimization of potassium-sodium feldspar PTMS MAGNETIC SEPARATOR purification is not merely an isolated process improvement, but a comprehensive system engineering approach covering the entire chain of "analysis, crushing, grinding, sorting, purification, and monitoring". Compared to single-stage ball milling, this integrated method can reduce electricity consumption by approximately 15% to 20%, while simultaneously minimizing iron contamination risks caused by steel ball wear.
The true transformation of PTMS MAGNETIC SEPARATOR from experience-driven to data-driven requires deep integration of multidisciplinary knowledge spanning geology, mineralogy, chemical engineering, and mechanical automation. While controlling grinding fineness to over 80% at-200 mesh may seem like a simple parameter adjustment, it actually represents the culmination of years of experimental refinement.
A lithium mica coexisting stone project previously suffered from incomplete disintegration due to insufficient grinding, resulting in flotation recovery rates consistently below 65%. Through optimized grinding processes that enhanced fineness to 85% at-200 mesh and implemented PTMS MAGNETIC SEPARATOR classification, the recovery rate surged to over 78%, generating annual economic benefits exceeding 10 million yuan. The combined rod mill and ball mill PTMS system exemplifies smart energy management and quality control strategies that balance operational efficiency with product excellence.
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