Powder Coating
We have 7 electrostatic powder coating application lines
One of them has iron phosphate pretreatment, two lines with multi-metal pretreatment to process ferrous and non-ferrous metal parts, and three with zirconium-based nano-ceramic pretreatment for greater corrosion protection.
Electrostatic powder coating application
The definition of electrostatic powder coating application is the process of painting a surface where the paint is in powder form and application equipment (guns) is used to transmit an electrical charge to the powder paint so that it can adhere to the parts.
Once the piece is coated with paint, a baking process begins, where the electrostatic paint is brought to its melting point. The liquefied paint flows over the surface, forming a uniform layer on the piece and solidifying into a firm, durable finish that is resistant to scratches, cracking, bulging, UV rays, and oxidation.
SCANPAINT has seven electrostatic powder coating application lines. One of these lines features iron phosphate pretreatment, two lines feature multi-metal pretreatment for processing ferrous and non-ferrous metal parts, and three feature zirconium-based nanoceramic pretreatment for greater corrosion protection.
The zirconium process is equivalent to zinc phosphate, with the advantage of being an environmentally friendly process by eliminating zinc sludge and stages that require heat.
We can apply a wide variety of colors and finishes and have contacts with the main national and international paint manufacturers.
The parts that can be painted using these electrostatic powder coating processes can have the following maximum dimensions:
