Openair® plasma technology is a leading process for the surface treatment of profiles and molded parts made from materials such as plastic, aluminum or EPDM. Particularly in the automotive industry, it has become indispensable after only a short time in use. In the furniture industry also, Openair® plasma ensures high process efficiency, for example for profile wrapping.
Plasma profile treatment during extrusion prepares plastics and elastomers for subsequent coating, wrapping, flocking, application of tapes, or two-component extrusion. The Openair® plasma process is used to cleanand activate the substrate material. The targeted, concentrated plasma jet, movable nozzle heads, and inline integration on robot arms makes it easy to pretreat even complex profiles.
Openair® profile treatment systems are usually equipped with 4, 8, 12, or 16 plasma nozzles and can easily be integrated into an existing production line.
Put Openair-Plasma® to the test with our rental and test systems.
How to measure surface energy with test ink.
THE WORLD’S LEADING PLASTICS AND RUBBER TRADE FAIR
Hall 10, Booth 10H21
Shenzhen World Exhibition & Convention CenterShenzhen, China
Plasmatreat supports digitized manufacturing with its Plasma Control Unit (PCU) and makes numerous controls, regulation, and monitoring functions available to ensure consistently high surface-treatment quality and reproducibility.
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.
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.
