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Maximize the performance of your casting operations by utilizing essential carbon materials like CAC, Semi Coke, GPC, and SiC to enhance carbon content in cast iron and steel, ensuring superior mechanical strength and durability.
In the foundry industry, carbon additives are indispensable for increasing carbon levels in molten metal, improving the material’s flow characteristics, and reducing defects during casting. The use of these additives results in stronger, more reliable cast products, minimizing production errors and ensuring better performance.
Enhance your casting processes with the reliable performance of CAC, Semi Coke, GPC, and SiC. These materials are designed to improve the carbon content and adjust the composition of cast products, leading to better flow, reduced defects, and higher quality.
Carbon additives are essential for ensuring the production of high-quality castings with improved durability and mechanical properties.
Calcined Anthracite Coal (CAC) is widely used in foundry applications due to its ability to boost carbon content in cast iron and steel. This results in superior strength, improved flow characteristics, and reduced casting defects.
Semi Coke provides a more affordable solution for foundry processes where cost savings are necessary. While its carbon content is lower than CAC and GPC, it still offers a reliable source of carbon for producing durable cast products.
Silicon Carbide (SiC) is highly effective in foundry processes, where it serves as both a deoxidizer and a carbon source. It significantly improves metal flow and reduces the likelihood of defects such as porosity, making it an ideal material for high-quality casting.
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