Home / Steel and Iron Industry
Utilize advanced carbon materials like CAC, Semi Coke, GPC, and SiC to enhance the carbon content in steel, optimizing durability, strength, and overall quality of your steel production processes.
Carbon additives are crucial in steelmaking for adjusting carbon levels, improving deoxidation, and refining steel properties. These materials ensure better mechanical performance, lower production costs, and improved energy efficiency in both electric arc furnaces (EAF) and induction furnaces.
Maximize operational efficiency in your steelmaking process using high-quality CAC, Semi Coke, GPC, and SiC. These carbon materials are vital for refining steel, increasing durability, and improving production reliability.
These carbon additives ensure consistent performance, providing the ideal solution for producing high-strength, wear-resistant steel.
Calcined Anthracite Coal (CAC) is widely used due to its high carbon content and low sulfur levels, making it ideal for increasing carbon in molten steel, enhancing hardness, and ensuring excellent durability
Semi Coke is a more affordable option for carbon adjustment in steel production. While its carbon content is lower, it’s suited for scenarios where high precision isn’t critical but cost savings are essential
Silicon Carbide (SiC) plays a dual role in steelmaking by providing both silicon and carbon. It’s particularly effective for deoxidizing the steel and boosting thermal efficiency, allowing for higher scrap metal ratios while reducing energy costs
Excellence in Manufacturing: Your Trusted Partner for Advanced Carbon Solutions and High-Performance Alloys Since 1992
©Copyright 2024. All Rights Reserved. NXPanson
