Newly developed flotation agent for grinding low-silicon iron powder FeSi15

Low Silicon Iron Powder 150D

Low Silicon Iron Powder Grinding Type

Product Model: FeSi15

Production Process: Electric furnace smelting/crushing/screening

Product Use: Used as a flotation agent in mineral processing enterprises, such as in the flotation of gold mines, diamond mines, aluminum mines, copper mines, fluorite mines, nickel mines, etc.

Product Form: Powder form.

Chemical Content: Si: 14-16%, Fe: 80-83%, C<0.6%, S<0.02%, P<0.03%

Packaging: 1000kg double-layer plastic bag packaging

Low Silicon Iron Powder 270D

Product Model: FeSi15

Production Process: Electric furnace smelting/grinding/screening

Product Use: Used as a flotation agent in mineral processing enterprises, such as in the flotation of gold mines, diamond mines, aluminum mines, copper mines, fluorite mines, nickel mines, etc.

Product Form: Powder form.

1. Chemical Content: Si: 14-16%, Fe: 80-83%, C<0.6%, S<0.02%, P<0.03%

2. Particle Size: 65D, 150D, 270D, 100 mesh, 200 mesh, 325 mesh, etc.

3. Packaging: 1000kg double-layer plastic bag packaging

Our company provides specialized heavy media for flotation in the mineral processing industry, including gold mines, diamond mines, recycled aluminum, lithium mines, fluorite mines, nickel mines, phosphate mines, etc. Main products include: atomized low silicon iron powder, ground low silicon iron powder, ferrosilicon granules, etc., in various models and particle sizes. Annual production capacity exceeds 20,000 tons.

Poor quality ground ferrosilicon powder may lead to the following issues:

Decreased product quality: Ferrosilicon powder is an important raw material in steel production. Poor quality ferrosilicon powder may result in reduced quality of the final steel products, affecting their mechanical properties and chemical composition.

Reduced production efficiency: Poor quality ferrosilicon powder may contain excessive impurities or uneven particle size, increasing energy consumption and processing difficulties during production, leading to reduced efficiency.

Increased equipment wear: Poor quality ferrosilicon powder may contain excessive impurities or insufficient hardness, increasing equipment wear and damage, and raising maintenance costs.

Environmental pollution: If ferrosilicon powder contains harmful substances or untreated waste, it may cause environmental pollution and violate environmental regulations.

Therefore, ensuring the quality of ferrosilicon powder is crucial. This can be achieved through strict control of raw material selection, production processes, and quality testing.