Openair-Plasma® surface pretreatment: High efficiency for ultrafine cleaning and selective activation
Atmospheric pressure plasma pretreatment is one of the most efficient surface treatment technologies for cleaning, activating, or coating materials like plastic, metal (such as aluminum), or glass.
During a surface pretreatment like Openair-Plasma® cleaning, undesirable substances, like dust, release agents, additives, softeners, and hydrocarbons, are gently and 100% reliably removed from surfaces.
PlasmaPlus®: Plasma coating with plasma activation makes it possible to functionalize surfaces
The PlasmaPlus® process is already being used successfully in a number of different industrial applications for surface coating: barrier coatings for food and beverage packaging, adhesion-promoting base for optimal painting, mold release coatings for injection molding, corrosion protection coatings, etc.
Plasmatreat goes virtual and is present at the 2nd Virtual Battery Exhibition from VDMA battery manufacturing, which will take place online from April 27 to May 3. On its virtual booth the company will present highlights about its own developed and patented Openair-Plasma technology for surface treatment especially for battery manufacturing.
Comprehensive Process Control for Openair-Plasma Systems
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.
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.
EV Battery Applications - Openair-Plasma® Technology for stable processes and durable modules
Following the trends of modern mobility, the requirements for EV batteries are increasing both in the area of assembly and in terms of durability, weather resistance and temperature management. Here, adhesive bonding technology plays an important role, be it prismatic cells, pouch cells or cylindrical cells.