Our PlasmaTalks 2020
Archiv overview

You haven't heard about surface activation by Openair-Plasma® for Bonding Processes? And if so, are you sure it is difficult to measure?

Then you are in the right place in this Webinar! You cannot see it but measure: The surface free energy (SFE). What is that and why is it such an important indicator for adhesion?

Why is surface treatment that important? Where can treatment be applied in your process/facility/production? How can costs be reduced with surface modification?

If these are questions you deal with during your daily work, you are invited to participate in this Webinar from Tim Smith, CTO of Plasmatreat North America.

La industria del automóvil se enfrenta a nuevos retos cada día. En el terreno de los tratamientos superficiales, existe una solución para muchos de ellos: La tecnología Plasma.

Soluciones innovadoras están constantemente apareciendo para múltiples aplicaciones.

Are you involved in electromobility? Do you want to upscale your production with a fully automated process control? Do you have any issues with bonding defects which can cause thermal problems?

In this free of charge Webinar Lukas Buske will showcase the main benefits of using Openair-Plasma^® applications during the battery assembly process.

Are you working with different kind of metals? Do you want to postprocess or bond them in combination with other materials? Do you face the challenge of corrosion daily?

In this free of charge PlasmaTalk by Tim Smith, CTO of Plasmatreat North America, will explain how Openair-Plasma® works, and what the plasma does to the substrate, focusing on metal applications.

Do you have problems with bondline and crevice corrosion on your sealing system? Are you looking for a reliable, environmentally friendly way to improve the corrosion resistance of your product?

In this free of charge PlasmaTalk Lukas Buske will outline the capabilities and benefits of PlasmaPlus^® anti corrosion coatings.

Have you ever wondered why some plastics are difficult to glue or paint and what can be done about it?

In this webinar Dr. Alexander Knospe, Head of Innovations and Patents at Plasmatreat, will show you how even difficult to bond polymers such as polypropylene can be pretreated in an industrial process with the help of plasma technology.

You want to bond different materials, e.g. glass, metal, plastic or ceramic? Do you face this challenge of solvent bonding daily?

Visit this free of charge PlasmaTalk presented by Klaus Kresser, Global Market Segment Manager Bonding at Plasmatreat, and learn more about the principle of the Openair-Plasma® and PlasmaPlus® technology and further developments and trends of this technology.

Manufacturing EPDM profiles for the automotive industry is a complex and time-consuming production process. Since more than 20 years Openair-Plasma® technology is used in the EPDM profile industry, and supports and helps you optimize your manufacturing process.

Visit this free of charge PlasmaTalk by Joachim Schüßler, Sales Manager Plasmatreat Germany, and learn how plasma optimizes your production process and how it helps you to manufacture a durable as well as safe EPDM profile.

Visit this free of charge PlasmaTalk by Anja Lömker, Technical Sales Manager at Plasmatreat, and Omar Falconelli, Director Plasmatreat Italia, and learn more why surface treatment is that important and why Openair-Plasma^® can be considered as a key technology for modern appliance manufacturing.

This free webinar presented by Nico Coenen will be the focusing on a very specific topic and application; Openair-Plasma^® before conformal coating.

We all know that conformal coating is a complex process with many variables.  In this webinar we will show you how Openair-Plasma^® can widen your process window and improve your coating results.

Are you looking for a corrosion protection, a barrier coating or seeking to increase the electrical insulation for your electronic components?

Plasma-Enhanced Chemical Vapor Deposition (PECVD) is a well-known and frequently used procedure to apply nanocoatings. Unfortunately, the vacuum deposition method presents some limitations e.g costs of process, equipment investment, its temperature load on the substrate or its total process time.