Automobile engineering: Openair® plasma allows mask-free pretreatment of the Audi Q5 cockpit
Masking before filling instrument panels with foam is a labor-intensive process. A way out of masking and what other advantages can be derived therefrom is shown by the Openair® plasma process that is in use by the automotive supplier Peguform for the Audi Q5 series. POLYMOTIVE (2012/10) reports on the process.
PlasmaPlus® in Medical Engineering: Barriers and Antibacterial Protection
Manufacturing processes in medical engineering demand extremely high standards. Surfaces must be absolutely spotless, or even sterile, before they can be further processed or used. Furthermore, pre-treatment processes must be very reliable and precisely reproducible. MEDIZIN & TECHNIK (Medizin & Technik 2012/9) explains how the PlasmaPlus® technology meets these requirements.
PlasmaPlus®, an atmospheric plasma technology and recent winner of the Industry Award 2012, offers a wealth of locally selective, functional nanocoatings for material surfaces. The German engineering magazine KONSTRUKTION (7/8-2012) reports.
Atmospheric Plasma Treatment in Circuit Board Manufacture
The best possible adhesion of conductive inks applied by the screen printing process to the surfaces of sensor circuit boards is essential for manufacturers. The American PCB Magazine (Painted Circuit Boards, 8/2012) reports on how Openair® plasma tripled the throughput and reduced adhesion problems to zero.
For the production of the new design car key from Volkswagen a perfect paint appearance and long-time stable adhesion were given topmost priority. Thanks to Openair® plasma treatment series production could be guaranteed after only 6 months. The US journal PCI (Paint & Coatings Industry, 2012/6) reports.
For medical device manufacturers, atmospheric plasma treatment offers significant benefits to facilitate and improve adhesion and bonding potential. MPN (Medical Plastics News 2012/5-6) has published a case story on the production of metal and plastic oxygenator fittings as a single part.
In comparison to conventional pretreatment methods - such as chemical, flame or corona treatment - atmospheric plasma offers a large number of advantages when it comes i.e. to plastics decorating processes. The US-magazine PLASTICS DECORATING (2012/6) gives a detailed report.
Surface treatment specialist GfO relies on Openair® plasma technology to provide designer car keys made from glass fibre-reinforced plastic with a durable adhesive coating and flawless finish. JOT (Journal for Surface Technology 2012/5), Germany's leading magazine on surface technology, reports.
For more than ten years atmospheric plasma technology is securing the printing processes on the high-gloss polypropylene handles of BSH immersion blenders. IPCM (International Paint & Coating Magazine 3-4/2012) reports on the application.
Pretreatment with Openair® plasma technology gives surfaces completely new adhesive characteristics. This is exactly what is needed in the complex production of rain and light sensors, where it is very difficult to achieve an adhesive bond between polycarbonate (PC) and liquid silicone rubber (LSR). The specialist South African magazine SA PLASTICS, COMPOSITES & RUBBER (4/5-2012) has a full report.
The next face to face trade show leads Plasmatreat Shanghai to Chinaplas 2021 in Shenzhen. The exhibition with the special topics plastics and rubber will take place from April 13 to 16. Plasmatreat Shanghai will show exciting and new highlights about its Openair-Plasma technology for surface treatment.
Plasma Instead of Chemicals – Using Openair-Plasma to reduce VOC Emissions
VOCs occur when solvents and solvent-containing products are used, and they are harmful to the environment. Nevertheless, manufacturing in many industries still involves pre-treating surfaces with primers, bonding agents or other chemicals that release VOCs. With its Openair-Plasma process, Plasmatreat offers an environmentally friendly alternative.