Sport without fog or peeling

Activation is not permanent: surface energy decays after treatment, faster on mobile polymers and in warm storage. That is why plasma is placed immediately before the step it serves — printing, bonding, sealing. The decay rate is measurable, and we document it on your material during the trial.

Both raise surface energy, but not under the same conditions. Corona suits flat film running over a roller. Atmospheric DBD plasma also treats three-dimensional geometries, hollow parts and non-conductive surfaces, with a uniformity that does not depend on holding a constant air gap. On your part, the answer is settled by comparison, not by principle.

No. Plasma acts on the first few nanometres of the surface: mass, dimensions and bulk mechanical properties are unchanged. On heat-sensitive substrates, parameters are adjusted to avoid any marking, and that is one of the things checked at the validation stage.

No. The treatment runs on electricity and process gas, with no primer, no solvent and no drying time. That is what lets it sit inside a line without lengthening the cycle, and what removes a hazardous-goods handling station.

That is the most common case. The treatment installs inline, at production speed. Three things need checking: the space available at the useful point, the electrical and gas connections, and extraction. Those three are what the integration stage covers.

Yes, and those are often the materials that need it most, being non-polar and sometimes loaded with release agents. The watch item is thermal: foam tolerates excessive power or a slow pass badly. The parameter window is narrower than elsewhere, but it exists, and the trial is what maps it.