Surface Treatment (Pretreatment)

The pretreatment stage is the foundation upon which the entire coating system is built. In this critical phase, we utilize advanced chemical technologies from Henkel to ensure the complete removal of contaminants and the micro-structural conditioning of the metal. This guarantees maximum adhesion for subsequent layers and long-term corrosion resistance for steel, galvanized steel, and aluminum substrates.

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1industial cleaners

We employ advanced water-based cleaners designed to operate efficiently in both spray and immersion lines. These cleaners are capable of removing heavy stamping oils, grease, and metal fines resulting from manufacturing processes. Our portfolio includes neutral and alkaline cleaners featuring “demulsifying” technology to extend bath life, with formulations that operate at low temperatures to conserve energy.

MTI

I- Industrial Cleaners

When the power of the global brands touches the service

KEY PRODUCTS

Type: Heavy-duty alkaline cleaner.

Application: Immersion and spray lines for steel, zinc, and aluminum. Removes heavy drawing oils and shop soils.

Type: Phosphate-free mild alkaline cleaner.

Application: Multi-metal cleaning (Steel/Aluminum) with minimal surface etching.

Type: Neutral Cleaner.

Application: Multi-metal (Steel, Cast Iron, Non-ferrous metals).

Feature: Solvent-free, operates efficiently at 50-80°C, and provides temporary corrosion protection during processing.

Type: High-efficiency Neutral Cleaner.

Application: Ideal for high-pressure spray processes to clean parts after cutting and stamping.

Feature: Operates across a wide temperature range (10-80°C) and provides surface

Type: Acid Cleaner & Etchant.

Application: Deoxidizing and etching aluminum surfaces to remove oxides and welding smut.

Type: Solvent-borne cleaner.

Application: Specialized for cleaning glass, ceramic coatings, and painted surfaces prior to direct glazing/bonding.

ii. surface conditioners

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II. Surface Conditioners

Process Additives & Conditioners

The activation step is essential prior to phosphating. These agents chemically modify the metal surface to increase the number of nucleation sites. The result is the formation of a very fine, dense, and uniform phosphate crystal layer, which significantly reduces phosphate consumption and improves the smoothness and corrosion resistance of the final coating.

Type: Cleaning Booster / Surfactant.

Function: Added to alkaline baths to boost oil emulsification and wetting properties.

Function: Zinc Phosphate-based surface conditioner.

Application: Used before Zinc Phosphating for ferrous metals, aluminum, and zinc surfaces.

Feature: Promotes the formation of uniform, fine crystalline coatings and is suitable for use in hard water.

Type: Accelerator.

Function: Nitrite-based accelerator to speed up the phosphating reaction and reduce treatment time.

Type: Maintenance Cleaner.

Function: Acidic descaler for cleaning process tanks and heating coils from sludge and scale buildup.

KEY PRODUCTS

iii. conversion coatings

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III. Conversion Coatings

When the power of the global brands touches the service

This is the “intelligent” layer that transforms the metal surface from chemically active to passive and resistant. We offer the next generation of Chromium-free conversion coating technology based on Zirconium or Titanium (Nano-Ceramic). This technology provides an eco-friendly alternative to traditional phosphating, delivering superior performance in Salt Spray Tests and excellent adhesion for the Electro-Deposition (E-Coat) layer.

KEY PRODUCTS

Type: Tricationic Zinc Phosphate.

Application: Forms a robust crystalline layer on steel/galvanized steel for maximum paint adhesion.

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