Electrocoating, which is also referred to as electro deposition, electrophoretic deposition, CED Coating, CED Painting or electropainting, is an organic finishing process that uniformly applies thin-film primers and one-coat finishes to metallic substrates. Electrocoating resembles electroplating in that it utilizes an electrical current to deposit a coating onto substrates. However, electrocoating deposits water born paint onto substrates rather than metal ions.

The overall process consists of four main process steps: Pre-treating, Electrocoating, Rinsing, and Baking. The electrocoating process may be anodic or cathodic, depending on the charge applied the substrate. Although the processes are virtually the same, properties of the resultant coating are dissimilar. Anodic systems, which were the first to be used for electrocoating, apply paint to positively charged substrates. The negatively charged pigment and resin particles deposit onto the substrate (anode). One disadvantage of this process is that substrate metals dissolve and become incorporated into the coating, which affects surface properties. Cathodic electrocoating deposits paint onto negatively charged substrates and offers several advantages over anodic electrocoating. For example, metal dissolution of the substrate does not occur, cathodic electrocoating has the ability to deposit over contaminants, corrosion resistance is improved, and a better color consistency occurs over welded areas.

• Automated transporter for timed dipping and transfer of components between different tanks.
• Barrel configuration available for treatment of a number of small components in one go.
• Customized transporters available depending on the space availability and application.
• Automation options available for timed operations, counters, etc.

Gallant Offers "Concept - to - Completation" service from initial Specification, Design, Project Development, Manufacture, Installation & Commissioning. We offers a full product line of equipment and systems designed to meet a wide variety of demanding production requirements. From relatively simple manual systems to sophisticated, programmable, automatic recovery systems for improves efficiency, flexibility and productivity. The latest state of art CAD technology accompanied with a team of skilled, Well qualified & experience engineers, combine to deliver a professional and proved solution to any application through the Design, Manufacturing & onto the installation & final Commissioning at site.

Offers 100 kv electrostatic powder coating machine combine production-proven powder spray, gun & control technology and performance suitable for all type of jobs with low and mass volume in any batch & conveyorised system.

Gallant Equipment Pvt. Ltd introduces Automatic Powder Coating Gun with control unit providing unbeatable application quality on any metal surface. It has centrifugal force to ensure uniformity & deep penetration.

Electrocoating, which is also referred to as electro deposition, electrophoretic deposition, CED Coating, CED Painting or electropainting, is an organic finishing process that uniformly applies thin-film primers and one-coat finishes to metallic substrates. Electrocoating resembles electroplating in that it utilizes an electrical current to deposit a coating onto substrates. However, electrocoating deposits water born paint onto substrates rather than metal ions.

The overall process consists of four main process steps: Pre-treating, Electrocoating, Rinsing, and Baking. The electrocoating process may be anodic or cathodic, depending on the charge applied the substrate. Although the processes are virtually the same, properties of the resultant coating are dissimilar. Anodic systems, which were the first to be used for electrocoating, apply paint to positively charged substrates. The negatively charged pigment and resin particles deposit onto the substrate (anode). One disadvantage of this process is that substrate metals dissolve and become incorporated into the coating, which affects surface properties. Cathodic electrocoating deposits paint onto negatively charged substrates and offers several advantages over anodic electrocoating. For example, metal dissolution of the substrate does not occur, cathodic electrocoating has the ability to deposit over contaminants, corrosion resistance is improved, and a better color consistency occurs over welded areas.

• Automated transporter for timed dipping and transfer of components between different tanks.
• Barrel configuration available for treatment of a number of small components in one go.
• Customized transporters available depending on the space availability and application.
• Automation options available for timed operations, counters, etc.

Gallant Offers "Concept - to - Completation" service from initial Specification, Design, Project Development, Manufacture, Installation & Commissioning. We offers a full product line of equipment and systems designed to meet a wide variety of demanding production requirements. From relatively simple manual systems to sophisticated, programmable, automatic recovery systems for improves efficiency, flexibility and productivity. The latest state of art CAD technology accompanied with a team of skilled, Well qualified & experience engineers, combine to deliver a professional and proved solution to any application through the Design, Manufacturing & onto the installation & final Commissioning at site.

Offers 100 kv electrostatic powder coating machine combine production-proven powder spray, gun & control technology and performance suitable for all type of jobs with low and mass volume in any batch & conveyorised system.

Gallant Equipment Pvt. Ltd introduces Automatic Powder Coating Gun with control unit providing unbeatable application quality on any metal surface. It has centrifugal force to ensure uniformity & deep penetration.