The non-potential plasma is generated in the CAT technology through two arcs, with the counter arc simultaneously acting as a counter electrode. This method minimizes the influence of wear on plasma formation.
Whether a single nozzle for treatment widths of 20 - 40 mm per head or multiple nozzles side by side for wider applications - this powerful technology can provide a solution for every energy-intensive pre-treatment. A generator supplies a maximum of 2 nozzle heads.
Here too, special functional groups can be introduced onto the polymer surface using different process gases.
Power: 600 W or 1000 W per nozzle
Channels: 1-2
Process gas: Air, Oxygen, Argon, Nitrogen
Non-potential: nearly
Transformer: external
The non-potential plasma is generated in the CAT technology through two arcs, with the counter arc simultaneously acting as a counter electrode. This ...
The non-potential plasma is generated in CAT technology through two arcs, with the counter arc simultaneously acting as a counter electrode. This meth...
The non-potential plasma is generated in the CAT technology through two arcs, with the counter arc simultaneously acting as a counter electrode. This ...
The discharge in the T-SPOT is ignited in a classic design between a centrally arranged electrode and the nozzle serving as the counter electrode.
B...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The discharge in the T-SPOT is ignited in a classic design between a centrally arranged electrode and the nozzle serving as the counter electrode.
B...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The corona discharge is generated inside the head between two electrodes and directed to the surface by an airflow. Whether a single head for treatmen...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The non-potential plasma is generated in the CAT technology through two arcs, with the counter arc simultaneously acting as a counter electrode. This ...
The non-potential plasma is generated in CAT technology through two arcs, with the counter arc simultaneously acting as a counter electrode. This meth...
The non-potential plasma is generated in the CAT technology through two arcs, with the counter arc simultaneously acting as a counter electrode. This ...
The discharge in the T-SPOT is ignited in a classic design between a centrally arranged electrode and the nozzle serving as the counter electrode.
B...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The discharge in the T-SPOT is ignited in a classic design between a centrally arranged electrode and the nozzle serving as the counter electrode.
B...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...
The corona discharge is generated inside the head between two electrodes and directed to the surface by an airflow. Whether a single head for treatmen...
The plasma is generated in the MEF technology through an electrically inhibited discharge and is blown onto the surface as a concentrated beam using c...