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PlaTeG - PlaTeG GmbH
Difference between untreated and plasma treated part   
          untreatet                      Plasma treated
Plasma Activation
Utilization

Automotive interior trim components are subjected to plasma surface activation to enhance their adhesion properties before application of leather by adhesive bonding.

Plastic bodywork parts such as bumpers and rearview mirror housings can be reliably coated with water-based car paint, even after extended storage period, if pre-treated by plasma activation.

Polyolefin ski bindings are plasma-activated before printing for improved paint adhesion.

In automotive engine manufacturing, plastic parts are plasma-activated before elastomer seals and gaskets are vulcanized onto the plastic surface. This pre-treatment greatly improves the seal-to-substrate adhesion on plastic components.


Plastic Automotive Components
 
     Dashboard      =>      preparation for foaming/adhesive bonding (polypropylene/polyurethane)
     Bumper      =>      preparation for painting (polypropylene)
     Door trim panel      =>      preparation for adhesive bonding (hemp/sisal)
     Airbag parts      =>      preparation for adhesive bonding (various plastics)
     Silicone switch      =>      preparation for (laser) painting (silicone rubber)


Plastic Components of Medical Equipment
 
     Pipette heads      =>      wettability improvement


Particularities
 
     Environmental compatibility ?      =>      very good, no environmentally harmful substances are used
     Treatment duration ?      =>      20 seconds 5 minutes
     Activation time ?      =>      up to several weeks, depending on plastic type
     Surface alteration ?      =>      not detectable by light-microscopic examination
     Plastic types ?      =>      all (very good results on polyolefins, polyamides and polystyrenes with minimum cost and effort)
activation, construction and building of plants wettability, coating, bipolal pulse, technology ,thin films, degreasing, Gas nitriding, hardening, hard coatings, hydrophil, hydrophob, corrosion, corrosion protection, plastic surfaces, nitriding, nitrocarburizing, surface technology, surface refinement, surface hardening, oxidizing, PA CVD/PE CVD coating, plasma, plasma activation, plasma, power supply, plasma hardening, plasma nitriding, plasma plant, plasma oxidizing, plasma polymerisation, plasma cleaning, plasma sterilising, plasma technology, polymerization, pulsed plasma, cleaning, life standing time, sterilizing, power supply, TiCN coatings, TiC coatings, TiN coatings, vacuum plants, agglutinate, wear, wear protection, heat treatment, tool hardening     Component shapes ?      =>      all, even highly complex and detailed geometries


PlaTeG GmbH
A Company of the PVA TePla Group
Postfach 210642
57030 Siegen
Deutschland / Germany

Managing Directors: Dr. Reinar Grün ; Arnd Bohle
Amtsgericht Siegen, HRB 8070  ;  USt.Id. DE 814730669
e-mail: service@plateg.de


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