Pure calcium cored wire is a product of the refining process. The process is performed outside of the furnace in iron and steel enterprises. The main goal of the treatment is to reduce harmful elements in the steel, change inclusion composition, prevent nozzle clogging from cast aluminum killed steel, and improve mechanical properties. Its application in the steel-making process is extensive and diverse. Here are three main benefits of pure calcium wire.
A key feature of secondary steel refining is the inclusion of calcium alloy, which is injected into the melt. For the process to be efficient and cost-effective, the calcium must be consumed in the melt to the maximum extent. Calcium cored wires can aid in this process if they are manufactured with an optimum speed. In addition, the study of calcium recovery can provide guidelines on selecting the optimal operating parameters.
In addition to being used in the steel-making process, cored wires are also useful in other metallurgical processes. For example, soil calcium is often used as a desulfurizer and deoxidizer in the steel-making process. In addition, it is also used as an inoculant in the cast iron process. This helps achieve the highest levels of metallurgical properties in the finished steel.
CaFe wires can be made with varying degrees of purity and strength. These wires are generally available in nine to eleven-mm diameters. Their thin-sheath composition makes them more economical to manufacture. Additionally, they require less calcium injection than other wires, resulting in significant cost savings for the steel-making process. If the metallurgical performance of pure calcium cored wire is a priority for your project, you can use this wire type for high-quality steel.
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