Openair® Plasma
in the International Press

Openair® plasma enables material surfaces to be pretreated to the highest standards without the use of chemicals. The German specialist journal WERKSTOFFE IN DER FERTIGUNG (11/2015) reports on the applications for this environmentally friendly and cost-effective process and explains how it works.

werkstoffzeitschrift.de

Chemical-free pretreatment with plasma

By using Openair® plasma and PlasmaPlus® a newly patented impregnation process enhances not only the gliding properties and frictional resistance of the running surface of racing skis, but also brings about a sixfold increase in the amount of adsorbable wax. The Swiss magazine POLYSURFACES reports on the exiting research process.

www.polymedia.ch/OP/index

Faster with Plasma

For a faster bonding process, optimized adhesion and to save several kilos in weight, a team of students from KU Leuven University in Belgium pretreated the CFRP components of their new solar racing car with Openair® plasma prior to bonding. The cover story of the internationally leading bonding and sealing journal ADHÄSION (2015/10) is dedicated to all the details of the process.

The original publication is available at springerprofessional.de

www.adhaesion.com

Lighter With Plasma – Openair® plasma treatment of a CFRP solar car

A team of students from KU Leuven University in Belgium treated the CFRP components of their new solar racing car with Openair® plasma. This resulted not only in a faster bonding process but also in saving a great deal of weight. The leading German plastics journal KUNSTSTOFF MAGAZIN (10/2015) has the report.

www.kunststoff-magazin.de

Bonding instead of lamination - Plasma makes CFRP solar car lighter

At the plant of a South-German automotive supplier the instrument panel of the Audi Q5 is treated mask-free with Openair®plasma. You can read about this application and several other advantages of the plasma treatment in annual German magazine KUNSTSTOFFTECHNIK 2015.

Pin-point precision — true-to-contour, mask-free pretreatment in automobile construction

Whether for the pretreatment of electronic mini-contacts for LED lights or for large surfaces in the automotive and aviation industries – atmospheric pressure plasma has enormous potential for growth. Georg Schätzl, chief editor of the German specialist metal magazine BBR and Plasmatreat CEO Christian Buske met to discuss this topic for the BBR „FUTURE Special" (9/2015).

www.bbr.de

‘We love lightweight construction’ – Openair® plasma for metals

Many aspects of UV coatings that provide attractive benefits to users also present formidable impediments to proper adhesion. The US magazine PLASTICS DECORATING (2015/7-8) examines the problems and reveals how they can be solved by using atmospheric pressure plasma.

www.plasticsdecorating.com

Improving the Adhesion of UV-Curable Coatings to Plastics

When the adhesive joint failed the climatic test, despite initially appearing to bond reliably, a South German automotive supplier decided to use atmospheric plasma for the bonding process of the sensitive PET touch foil applied to the new polycarbonate 3D control panel. The Swiss journal POLYSURFACES (3(5)/2015) has the full case study.

www.polymedia.ch/OP/index

Plasma ensures bubble-free foil adhesion in car manufacture

When it comes to achieving safe and stable adhesion of coatings and bondings on aircraft parts made of plastic, metal and composite, atmospheric pressure plasma has become the green and cost-saving pretreatment alternative to conventional methods. The American journal PRODUCTS FINISHING (2015/6) reports on the details.

www.pfonline.com

Sustainable Pretreatment with Atmospheric Pressure Plasma

A team of Italian researchers has developed and patented a revolutionary new impregnation process which uses atmospheric plasma technology to bring about a sixfold increase in the amount of adsorbable wax on the running surface of racing skis. ICT (IPCM / ICT Industrial Cleaning Technologies 6/2015) reports on all the details.
ipcm® Industrial Cleaning Technologies no. 7, pp. 36-41, May/June 2015, ©ipcm

www.ipcm.it

Plasma for spectacular results