Metallurgical Product Description

Ferro phosphorus is a symbiotic compound with a phosphorus content ranging from 18-26% and a silicon content ranging from 0.1-6%. Ferrophosphorus is obtained from phosphorus smelting in electric furnaces and is a symbiotic compound with a phosphorus content ranging from 20-26% and a silicon content ranging from 0.1-6%.

Product Parameters

Packaging: Customized according to customer requirements.

Product Advantages

Ferrophosphorus can change the corrosion resistance and chip resistance of steel. Additionally, fluorophosphate is commonly used as an alloying agent in the steelmaking industry to produce phosphates. Ferrophosphorus is a compound of phosphorus and iron that is widely used as a component in high-strength low-alloy steel. It is also a good dehydrating agent that can remove moisture during the alloy formation process.

Manufacture And Use

Mainly used as an alloying agent and deoxidizer for special steel in the metallurgical industry.

In general steel products, phosphorus is a harmful component, but in some special products, the addition of phosphorus can improve certain aspects of the properties of steel. Phosphorus iron is widely used in rolls, automobile cylinder liners, engine rollers, and large castings to increase the corrosion resistance and wear resistance of mechanical parts. Phosphorus partially dissolves in ferrite in steel and partially forms very brittle compounds. The plasticity and toughness of steel at room temperature are drastically reduced, while the brittle transition temperature is increased.

Phosphorus iron can be used to make the casings of grenades, artillery shells, etc. Because of its brittleness, a large amount of shrapnel can be obtained after the explosion, improving the killing efficiency.

Applications

Ferrophosphorus is mainly used as an alloying agent and deoxidizer for special steel in the metallurgical industry.

Phosphorus iron is widely used in rolls, automobile cylinder liners, engine molds, and large castings to improve the impact resistance and wear resistance of mechanical parts.

Phosphorus is partially dissolved in the ferrite in the steel, which can reduce the plasticity and toughness of the steel and increase the brittle transition.