Knowledge

Silicon Carbide Alloy is a multi‑functional, cost‑effective metallurgical raw‑material used as deoxidizer, carburizer and reducing agent for steelmaking, foundry and refractory ind

In actual production, the deoxidation effect is not consistent, as it is influenced by multiple factors, including the properties of silicon carbide itself, the smelting process, o

Impurities in ferro boron influence boron yield and steel performance. Find out why low-impurity ferro boron is vital for manufacturing high-quality boron steel for automotive part

Ferro boron lump and powder can absorb moisture in humid environments. Damp ferro boron may cause molten metal splashing during smelting and lead to unstable boron yield. Store the

Ferro boron lump is an efficient auxiliary inoculant for standard thick/medium-wall malleable iron pipe fittings.

Unstable boron content, low boron yield, inconsistent steel hardenability and excessive inclusions are common issues in boron steel production. In most cases, these problems stem f

If you want to cut costs while ensuring full hardening and high-temperature resistance for steel, ferro boron is an ideal choice — but the prerequisite is that the molten steel mus

Steel manufacturing, welding material production and hard alloy industries consume high-quality ferroboron most heavily.

Ferroboron (abbreviated FeB) is a core ferroalloy mainly composed of iron and boron, widely known as a high-efficiency micro-alloying additive in global metallurgy, steelmaking, fo

In the world of steel, sometimes it doesn’t take a large amount of alloying elements—just a tiny bit can drastically change the properties of steel. Ferroboron is one such unassumi

Boron is also a double-edged sword. If too little is added, it has no effect; if too much is added, it not only wastes resources but can also cause serious damage to the steel.

Ferro-manganese and silico-manganese alloys are not mutually exclusive; rather, they complement each other. Savvy steel mills keep both in stock at all times.