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How We Can Help
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Spray Coatings
Versatile Substrate Compatibility: Coating solutions for a wide variety of conductive and non-conductive materials, depending on the substrate and formulation.
Extensive Shade Development: Custom-developed colours and shades to match specific brand identities, design concepts, and customer requirements.
Diverse Finishes & Effects: Options ranging from high gloss, semi-gloss, satin, and matte to metallic, textured, and specialty finishes.
Tailored Performance: Formulations can be developed to meet application-specific requirements for adhesion, hardness, flexibility, durability, and chemical resistance.
Application Flexibility: Solutions adaptable to a variety of component geometries, production processes, and end-use requirements.
Quality & Consistency: Focused on repeatable colour matching, finish uniformity, and dependable coating performance.
Customer-Specific Technical Support: Working with clients to address coating challenges, refine formulations, and meet evolving application and production requirements.
Spray coating is a surface-finishing process in which a liquid coating is atomized into fine droplets using a spray gun or automated spraying system and applied to a substrate. The coating forms a uniform film as the liquid spreads and subsequently dries or cures through evaporation, heat, UV light, or another suitable curing method.
What We can Do?
Electrophoretic / Cathodic Electrodeposition
Coatings
Application-Specific Formulation: Developing EPL lacquer formulations tailored to client requirements, component specifications, and end-use applications.
Customised Performance Requirements: Adapting coating properties to meet specific requirements for corrosion resistance, adhesion, hardness, flexibility, and durability.
Substrate & Process Compatibility: Helping identify suitable lacquer systems for compatible metal substrates and existing electrodeposition processes.
Tailored Appearance & Finish: Supporting the development of coating solutions with the desired transparency, colour tone, gloss level, and surface appearance.
Process & Curing Optimisation: Assisting in selecting and optimising coating formulations to align with client-specific deposition parameters, curing temperatures, and production conditions.
Consistent Quality Development: Focusing on formulation stability, repeatable coating characteristics, and reliable performance across production batches.
Customer-Specific Technical Support: Working with clients to address coating challenges, refine formulations, and meet evolving application and production requirements.
Electrophoretic coating, also known as EPL coating, is a process in which charged coating particles in a water-based bath deposit onto a conductive component under an electric field. The coating is then cured to form a uniform protective film.
Unlike conventional spray coating, E-coating uses immersion and electrical deposition, making it particularly effective for coating complex metal components, including recessed areas and hard-to-reach surfaces.
Cathodic Electrodeposition (CED) is a type of electrophoretic coating in which metal components act as the negative electrode (Cathode) and are immersed in a water-based bath containing positively charged resin particles. An electric current deposits the particles onto the surface, followed by rinsing and oven curing to form a durable protective film.
CED is extensively used in the automotive industry as a primer coating because of its excellent corrosion resistance, uniform coverage, and suitability for automated, high-volume manufacturing.
What We can Do?
How We Ensure?
Our coatings undergoes “Industry Required Quality Checks” to ensure consistent performance, durability, adhesion, finish, and batch-to-batch reliability before they reach our customers.
