Why surface treatment? | why surface treatment? | Corona and Plasma Treatment products

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Tantec entering the Indian market together with Penta AutomationSystems Beginning of March this year Tantec has signed a contract with Penta Automation Systems for a future cooperation. We have for quite a while been looking for a serious partner in India,

In the beginning of the New Year Area Sales Manager Kim Saabye visited Aarbplast Fair in Dubai. It was part of a one week business trip to investigate the region and the possibility for new contacts. One of the goals was a meeting with the company Eurogulf Industrial

Area Sales Manager Poul Jensen has been at a trip to Brasil to visit Tantec’s new agent; TekBrasil.
The week was packed with customer visits, presentations of Tantec technology and a Tantec seminar in São Paulo, where about 40

K 2010 a great succes

The K 2010 Show Exhibits Great Success

K 2010 located in Düsseldorf ran from the 27th of October until the 3rd of November, with TANTEC as a popular exhibitor.
Tantec’s high-profile corner booth in hall #10 conducted demonstrations

Tantec Agent moves into new buildings

Friday the 22nd of October Dyne Technology officially moved into new buildings in Lichfield, outside Birmingham city. Tantec and Dyne Technology have worked together successfully for about 5 years

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Tantec product presentation

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Corona and Plasma products

Why surface treatment?

It is often necessary to bond plastic materials to metals or other plastic materials or simply print a plastic surface. In order to successfully accomplish this, the liquid adhesive, or ink should be able to wet the surface of the material. Wettability depends on one specific property of the surface: Surface Energy, often referred to as Surface Tension, which is measured in mN/m or dynes/cm.

However, the poor wettability of these polymers presents the designer with the problem of bonding or decorating materials made from them. Plasma and corona surface treatment can improve wettability of the material by raising its surface energy and improve adhesive characteristics by creating bonding sites. The most advanced and successful methods of surface treatment are based on a principle of high voltage discharge through air or under vacuum pressure.

Corona or Plasma Surface Treatment is modification of polymer surfaces with electrical discharge. The Corona or Plasma process creates the necessary polar functional groups on the polymer surface, which promote adhesion and wettability

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