Metallurgical Product Description

Silicon briquettes are made from silicon slag, a by-product of the production of metallic silicon, also known as silicon slag and metallic silicon slag. The Si content is lower than metallic silicon or ferrosilicon. The silicon in the silicon briquettes reacts with the oxygen in the furnace to generate SiO2 at the same time, releasing a large amount of heat, which can effectively increase the furnace temperature, increase the fluidity of molten iron, increase the grade, and renew the toughness and toughness. Iterative casting’s cutting capabilities. The shape of the briquettes makes them easy to melt and produces less dust when used.

Product Parameters

Product Advantages

High density, easy to sink into the ladle; High purity, does not pollute the molten steel; High-cost performance, stable use effect

Manufacture And Use

Silicon briquettes can be used in steel slag smelting pig iron, general casting, etc. They are low in price and have become a good substitute for metallic silicon and ferrosilicon deoxidizers in steelmaking production. More and more factories around the world have embraced this product.

ZhenAn Metallurgy is a supplier of silicon briquettes. It uses advanced process technology and modern testing equipment to produce silicon briquettes using silicon slag as raw material and provides high-quality silicon briquettes to thousands of iron and steel industries.

Applications

Silicon briquette products have high density, and high purity, will not pollute the molten steel after use, and have a high recovery rate and stable effects.

Tests and production practices have shown that silicon briquettes completely replace ferrosilicon, reduce the amount of deoxidizer, and carry out converter oxidation alloying. The effect is stable, and the chemical composition, mechanical properties, and internal control quality of the steel are superior to traditional processes.

The use of silicon briquettes for the deoxidation alloying process in the converter greatly reduces the cost per ton of steelmaking, creates considerable economic benefits, and improves the market competitiveness of steel.