Electrostatic Powder Coating

Electrostatic powder coating is an industrial painting method based on spraying paint particles in powder form with an electrostatic charge and then curing them through baking. This system provides high adhesion, surface durability, and aesthetic appearance, particularly for metal surface coatings, thanks to its environmentally friendly, solvent-free structure. It is widely preferred in the automotive, white goods, defense industry, and furniture sectors.

• Powder paint is charged with a negative electrical charge inside the spray gun.
• The part to be coated is typically grounded to achieve a positive polarity.
• Charged paint particles adhere to the surface through electrostatic attraction.
• The part is baked in an oven at a temperature range of 180–200 °C to cure the coating.
• This process causes the paint to melt and bond to the surface, forming a durable film.

• Contains no solvents and does not harm the environment (VOC levels are near zero).
• Provides high film thickness in a single coat.
• Offers high resistance to impact, scratching, UV radiation, and chemicals.
• Enables economical application through paint recovery and reuse.
• Reduces orange peel effect on the surface due to uniform distribution.
• Offers high color stability and gloss control.
• Can be easily integrated with automation systems.

• Can only be applied to conductive surfaces (primarily metals).
• Requires high curing temperatures, making it unsuitable for heat-sensitive materials.
• Baking thick components increases energy consumption.
• Powder paint formulations require precise balance and are susceptible to cross-contamination.
• Cleaning the system during color changes can be time-consuming.

• Automotive aftermarket components (wheels, chassis parts).
• White goods housings and internal components.
• Industrial machine frames and enclosures.
• Electrical appliance housings.
• Furniture accessories and decorative metal products.
• Defense industry equipment surfaces.