DESULCO carburizer Graphite
Developed for the demanding needs of the ferrous and non-ferrous metals industry for a consistent, high-purity recarburant, Superior Graphite consistently produces Desulco, a premium graphitic carbon lifter with high levels of carbon purity using a proprietary treatment technology. / electrothermal purification. Desulco recarburizing graphite contains no dust, low ash and sulfur content, and consistently low gas levels . The result is rapid dissolution , maximum carbon recovery and minimal additions to the melt , saving time and money lost due to scrap. Desulco is the most cost effective carbon additive available. When looking for quality and profitability in a carbon lifter, Desulco recarburetor graphite is the superior solution. .
steel production
El grafito recarburante Desulco se utiliza para aumentar el contenido de carbono para la producción de aceros con alto contenido de carbono, tales como: cable de acero, alambre para neumáticos, chapa gruesa, riel, acero para cojinetes, calidades especiales de palanquilla, así como una adición final de acabado para aceros de bajo y medio carbono en el horno de metalurgia de cuchara.
Ferrous foundries
Desulco Carbon Lifter is used as a filler carbon and molding additive for the production of gray and ductile iron, along with pretreatment of ductile iron and to reduce quench depth in gray cast iron.
Pouring cover
DesulcoMC se utiliza con éxito como cobertura de fusión para cobre puro, latón, bronce u otras aleaciones de cobre con el fin de evitar la oxidación de la masa fundida y disuadir la formación de escoria de óxido. DesulcoMC tiene una estructura cristalina grafítica y, por lo tanto, no se oxida tan fácilmente como el coque y el carbón, lo que resulta en un menor consumo del material de cobertura de la masa fundida. DesulcoMC® también es químicamente inerte y, como resultado, no reacciona con el cobre y sus aleaciones.
Desulco Benefits: Carbon Raiser | Recarburizing Graphite
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Provides the greatest nucleating effect, increasing nodule count, improving nodularity, reducing subcooling and cold to improve mechanical properties.
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High carbon purity provides more carbon units and less slag.
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Low sulfur content reduces the cost of ductile treatment and the use of pig iron
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Consistently low gas levels (N, H and O) prevent porosity formation and production of unwanted compounds
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Sized appropriately for intended applications to ensure rapid carbon dissolution, higher carbon recovery and less fines, leading to higher efficiency, higher productivity and lower operating cost.
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Low ash content contributes to faster carbon dissolution, less slag formation, resulting in lower furnace and ladle maintenance cost along with cleaner alloy
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The low moisture and volatile content reduces splashing or popping of molten alloy from the furnace, along with less harmful fumes for the safety of foundry personnel.