Minicoating, the technique for small parts

The principle of minicoating is similar to that of fluidized-bed coating. Hot (small) parts are dropped into a fluidized VESTOSINT^® powder pan. (The powder is flooded with air or changed into a liquid-like state through ultrasound.) As the parts fall, the powder sinters to the metallic surface.

The objects are then conveyed out of the VESTOSINT^® container in a vibrating trough and the surface is further smoothed, no matter the shape of the articles being coated.

The main fields of application for minicoating include the coating of clips for the undergarment industry, and component coating for the electrical and automotive industries.

Minicoating, the technique for small parts

The principle of minicoating is similar to that of fluidized-bed coating. Hot (small) parts are dropped into a fluidized VESTOSINT® powder pan. (The powder is flooded with air or changed into a liquid-like state through ultrasound.) As the parts fall, the powder sinters to the metallic surface.

The principle of minicoating is similar to that of fluidized-bed coating. Hot (small) parts are dropped into a fluidized VESTOSINT^® powder pan. (The powder is flooded with air or changed into a liquid-like state through ultrasound.) As the parts fall, the powder sinters to the metallic surface.