For excellent coatings
Plasma polymerization is a vacuum coating process in which gas monomers are activated to a plasma. The plasma is activated in a plasma chamber by applying electro-magnetic energy under a processing pressure of less than one millibar.
During plasma polymerization, the gaseous monomers precipitate onto any substrate selected. They form highly interlaced polymer layers. For these layers to form chain-forming atoms are required in the treatment gas, such as carbon, silicon or sulfur.
Plasma polymerization makes it possible to treat temperature-sensitive substrates. The preservation of the film layers as well as the degree of lacing can be controlled through pressure, treatment gas flow and the amount of electric power that is applied. Plasma polymerization allows to produce film with scratch-resistant, non-stick or dirt-repellent coatings.
Stable processes for maximum productivity
RF technology without compromises
Maximum power on a flexible wave
Crystal clear: pulsed processes for perfect surfaces
Pulsed processes for brilliant surfaces
Perfection for all surfaces
Compact and reliable