Silicon Carbon Alloy

Silicon Carbon Alloy is a new type of composite deoxidizer and alloying material.

Products Description Silicon Carbon Alloy is an efficient metallurgical composite material widely used in steelmaking and foundry. With stable silicon and carbon composition, low sulfur and phosphorus impurities, it features strong

High Silicon Carbon Alloy is a new type of composite alloy deoxidizer manufactured from raw materials such as silicon metal, silicon carbide, and carbon materials (petroleum coke) through high-temperature smelting or pressing.

Silicon Carbon 65/18 is a premium-grade exothermic inoculant specifically engineered for ferrous metallurgy.

Products Description 88% Silicon carbide (sic) size 1-10mm The main component of silicon carbide is about 88%, and the rest is impurities. The color is mostly black, granular, and the size is between 1-10mm.

High carbon silicon (often abbreviated as Si-C or HC silicon) is a composite alloy composed primarily of silicon (Si) and carbon (C). It’s typically produced by refining silica (SiO₂) and carbon-rich materials in an electric arc furnace.

Silicon Carbon Alloy, commonly known as Ferro Silicon Carbon (FeSiC), is an innovative metallurgical material designed to streamline and enhance steelmaking processes. It is an alloy composed mainly of silicon (Si), carbon (C), and iron

In the world of advanced materials, FeSiC alloy (Ferro-Silicon-Carbide) stands out as a game-changer. This unique composite combines iron (Fe), silicon (Si), and carbon (C) to deliver exceptional properties that make it invaluable across

Silicon Carbon (SiC alloy) is a cost-effective and versatile metallurgical material used primarily as a deoxidizer, carburizer, and alloying agent in steelmaking and foundry processes. It is made by smelting high-purity quartz and

Silicon Carbon (Si-C) is a high-performance composite alloy made from silicon (Si) and carbon (C), designed to serve dual purposes as both a deoxidizer and carburizer in steelmaking and casting processes.

Silicon Carbon (Si-C) is a high-performance composite alloy made from silicon (Si) and carbon (C), designed to serve dual purposes as both a deoxidizer and carburizer in steelmaking and casting processes. It is widely used in electric arc

Silicon Carbon (SiC alloy) is a cost-effective and versatile metallurgical material used primarily as a deoxidizer, carburizer, and alloying agent in steelmaking and foundry processes. It is made by smelting high-purity quartz and