Promag Fluxes Boost Metal Purity and Efficiency in Metallurgy

In modern metallurgical production, impurities in molten metals can significantly reduce efficiency and increase costs. The Promag series of fluxes offers a specialized solution to this challenge, designed to enhance purity and optimize the smelting process for various non-ferrous metals.

The Science Behind Promag Flux

Promag fluxes are composite formulations engineered to meet the high standards of contemporary metallurgical operations. These products chemically interact with oxides, sulfides, and other impurities in molten metals—particularly aluminum and magnesium alloys—forming easily removable slag while improving overall metal quality.

Key Advantages of Promag Flux Technology

• Impurity Removal: The chemical composition actively binds with contaminants, creating separable slag deposits.
• Yield Optimization: Reduces metal oxidation and vaporization losses, improving material recovery rates.
• Fluidity Enhancement: Modifies molten metal viscosity for superior casting performance with fewer defects.
• Alloy Homogenization: Promotes uniform distribution of alloying elements for consistent mechanical properties.
• Environmental Compliance: Formulations minimize hazardous emissions during application.

Selection Criteria for Industrial Applications

Optimal flux selection requires analysis of multiple production variables:

• Base metal composition and alloy specifications
• Predominant impurity profiles
• Process parameters including temperature ranges and mixing methods

The formulation's effectiveness depends on precise alignment with these operational conditions. Metallurgical experts typically recommend customized solutions after thorough process evaluation.