Insulation powder coatings contain almost no volatile compounds, unlike liquid paints, which emit a lot of volatile compounds into the atmosphere during the coating process, causing pollution. The solvent content of solvent-based paints is as high as 65%.

The powder coating that is not adsorbed to the workpiece (overspray) can be recovered and reused. When spraying in a powder spray booth or fluidized bed coating, no powder is discharged into the environment.

Low energy consumption. When applying insulation powder, the spray booth uses less air and the spray gun uses less compressed air. The drying tunnel also has less exhaust, which reduces heat loss in the drying tunnel.

Insulating powder coating can be used directly, no need to dilute the paint with solvents.

In traditional oil-based paint coating, the paint's viscosity, pH value, solid content, resistance and other process parameters need to be strictly controlled, but these process parameters are not important in the powder coating process.

The technical training of insulation powder coating operators is not as rigorous as that of liquid coating operators.

Automated insulation powder coating systems provide higher coating rates and require less manual touch-up.