Atomized Ferrosilicon 15% Production Process
Atomized Ferro Silicon 15% is mixed in water to create a dense medium and finds uses in the mining and scrap processing industries. Dense medium separation is a gravity separation technique that creates a...
Brief Introduction to 75 Ferrosilicon Lumps
As a significant ferrous additive, 75 ferrosilicon lumps derive their designation from containing roughly 75% silicon. Exhibiting irregular morphology, these non-uniform chunks feature coarse-textured...
75 Ferrosilicon Lumps: The "All-Rounder" in Industrial Fields
75 ferrosilicon lumps are indispensable key basic materials in modern industrial production. With their unique properties and wide-ranging applications, they play a pivotal role in...
Brief Introduction to 75 Ferrosilicon Lumps
75 ferrosilicon lumps are an important ferroalloy product, named for their silicon content of approximately 75%. They appear as irregular lumps with rough surfaces and a gray-black color.
They have a...
Diverse Application Fields
1. Steel Industry: As a deoxidizer, 75 ferrosilicon lumps can quickly combine with oxygen in molten steel to form slag for discharge, significantly reducing the oxygen content in steel and improving steel purity. As an...
Silicon iron powder is an iron alloy composed of iron and silicon. It is then ground into a powder form and used as a deoxidizer in steel and iron production, as well as a raw material for generating hydrogen.
1: Silicon iron powder is used as a...
Product Model: FeSi7 / FeSi75C / FeSi65
Production Process: Crushing / Screening
Product Application: Used in steel and iron production industries as a deoxidizer, and as a coating for welding rods in the production process.
During steel smelting, deoxidizers are used. 75 silicon iron powder, as a commonly used deoxidizer, not only has a good deoxidation effect, but also is more cost-effective compared to other deoxidizers. The silicon content in 75 silicon iron powder...
In the steel industry, 75 ferrosilicon lumps play an extremely important role. As a deoxidizer, they can react with oxygen in molten steel to form slag that floats and is discharged, effectively reducing the oxygen content in steel, improving steel...