Casting alloy is an alloy material composed of multiple metal elements, among which carbon is one of the most basic elements. Carbon plays an important role in casting alloys, and its content and distribution have a decisive impact on the phase transformation process, microstructure, and properties of the alloy.
Liquidity is the ability of alloys to fill molds during the casting process and is one of the important indicators for evaluating casting performance. The carbon content has a significant impact on liquidity. Moderate carbon can improve the fluidity of alloys, which is beneficial for filling complex molds and obtaining complete and defect free castings. However, excessive carbon content may lead to reduced fluidity, resulting in defects such as insufficient watering or cold insulation.
During the casting process, carbon content is one of the key factors affecting product performance and quality. By reasonably controlling the carbon content, key parameters such as flowability, shrinkage rate, porosity, and mechanical properties of the product can be optimized, improving casting efficiency and quality.
