Tekniken

Plasma Treatment – endless possibilities

Plasma can be used in many different cases whenever you would like to better adhere materials together or to change a surface property to suit your needs.  With this trend-setting technology it is possible to modify virtually any surface.  Plasma technology offers several versatile applications, for example:

  • Cleaning surfaces of any residues, oils, or contamination
  • Activation of various materials before gluing, painting, etc.
  • Etching and partial removal of surfaces
  • Coating of parts with several possible types of layers (PTFE-like, protective barriers, hydrophobic, hydrophilic, friction-reducing, etc.)

Plasma technology is establishing itself in all areas of industry, and new applications are constantly evolving.

Plasma Technology – Convincing Advantages

Compared to other methods, like flame treating or using chemicals to treat a surface, plasma technology exhibits many important advantages:

  • Many surface properties can be obtained exclusively with this procedure
  • Can be used in online production or operated independently
  • nvironmentally friendly process
  • Regardless of geometry you are able to treat powder, small parts, discs, fleece, textiles, tubing, bottles, circuit boards, etc.
  • Fabricated parts will not be mechanically changed
  • Heating of the parts is minimal
  • Operating costs are very low
  • Extremely safe to operate
  • Process is extremely energy efficient
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Läs mer »Plasmaeffekt

Effekten av plasma.
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Läs mer »Rengöring

Ion bombardment cleans surfaces physically (sputtering) and, depending on the gas, also chemically. The contamination is vaporized and sucked away.
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Läs mer »Ytaktivering

Plasma treatment of a plastic surface with e.g. oxygen. Radicals are being formed which lead to a good adhesion of finish and glue.
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Läs mer »Etsning

Etching of the surface with a reactive process gas. Material is removed, vaporized and sucked off. Therefore the surface area is enlarged.
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Läs mer »Plasmapolymerisering

A gas [ for example Hexamethyldisiloxane (HMDSO), Hexamethyldisilazane (HMDSN), Tetraethylen glycol dimethyl ether, C2F6, …] is introduced to the plasma chamber. Because of plasmapolymerization, layers will be deposited on the surface.
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Läs mer »Jämförelse

Jämförelse mellan lågtrycksplasma och atmosfärplasma.