heavy medium atomization si13-15 powder, Fine C60

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heavy medium atomization si13-15 powder, Fine C60

Name: Milled ferrosilicon Fesi15%
Uploaded: 2025-06-05T05:08:22+08:00
Description: Fesi15% powder is an industrial-grade high-quality alloy powder, made through refined electric furnace smelting and

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Product Attributes

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Product Attributes

Model No.: Fesi15

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Product Description

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Fesi15% powder is an industrial-grade high-quality alloy powder, made through refined electric furnace smelting and fine grinding processes. Its silicon content is strictly controlled between 14% and 16%, with iron content reaching 80% to 83%, and extremely low impurity content, ensuring stable and reliable performance. It has irregular particle morphology, with good dispersibility and adsorbability.

This high-performance heavy medium material provides a wide particle size distribution of 65-325 mesh, which can be flexibly adapted to diverse industrial scenarios such as mineral processing and metallurgy. Its core advantage lies in its high specific gravity of ≥ 4.2 g/cm ³ and natural ferromagnetism: the characteristic forms a stable density field in the sorting system, achieving precise stratification of spodumene and gangue, copper and associated minerals; The ferromagnetic support magnetic separator efficiently recovers the medium, with a recycling rate of over 98%, significantly reducing operating costs; Application data shows that this material can increase the grade of lithium concentrate by ≥ 15%, increase the recovery rate of copper ore by 8-12 percentage points, and significantly optimize the processing efficiency and concentrate quality of low-grade strategic resources such as salt lake lithium extraction and porphyry copper ore.

This material ensures prolonged operational lifespan in harsh processing conditions through superior wear resistance and enhanced oxidation stability. Its high recyclability rate via established recovery processes substantially lowers production expenditures, positioning this solution as the preferred material for mining, metallurgical, and allied sectors requiring uncompromised separation accuracy alongside cost efficiency.