Metal Treatment Reducers

Powerful reducing action: These reducers have a powerful reducing action, facilitating the transformation of metallic compounds, such as oxides, into their original metallic states. 

Versatile compatibility: They are formulated to be compatible with a wide variety of metals, allowing their application in various treatment processes without sacrificing effectiveness. 

Control of chemical reactions: They contribute to the effective control of chemical reactions during treatment, preventing the formation of unwanted compounds. 

Ease of rinsing: They allow for easy and complete rinsing, ensuring that no residues remain that could affect the effectiveness of subsequent treatments. 

Efficiency in contaminant removal: They exhibit efficiency in the removal of surface contaminants, preparing the metal for additional treatments. 

Quick action: They act quickly and efficiently, which is crucial in production processes that require optimized treatment times. 

Effectiveness in specific treatments: They are effective in specific treatments, such as the removal of organic films, old paints, or worn protective layers. 

Metal deoxidation: In deoxidation processes to remove oxide layers and restore the shine to metal surfaces.

Preparation for galvanization: Before galvanization processes, to ensure optimal adhesion of the zinc coating. 

Removal of old paints: In the removal of old paints or coatings to prepare the metal for new treatments. 

Cleaning of industrial equipment: In the cleaning of industrial equipment and metal machinery affected by contaminants and oxides. 

Conversion treatments: In metal conversion processes to improve physical and chemical properties. 

Restoration of original shine: They contribute to restoring the original shine to metal surfaces by removing oxide layers and contaminants.

Optimization of galvanization processes: They improve the effectiveness of galvanization processes by ensuring a clean and receptive metal surface. 

Effective preparation for new coatings: They facilitate effective preparation of the metal for new coatings, improving adhesion and durability. 

Reduction of residues and contaminants: They help reduce residues and contaminants on the metal surface, optimizing subsequent treatments. 

Efficiency in specific treatments: They offer efficiency in specific treatments, adapting to particular cleaning and preparation needs.