Surface Activation and Cleaning Solutions
Plasma tech for
Activation and cleaning
Non-polar substrates exhibit low surface energy, making them inherently resistant to adhesion and coating processes. Plasma treatment selectively increases surface energy by introducing functional polar groups, thereby enabling effective wettability and adhesion. This surface modification is critical for facilitating reliable material combinations, such as in high-performance adhesive bonding applications.
Plasmapps is specialized in cutting-edge solution for cleaning and activating surfaces, by means of cold plasma processes able to removes contaminants and residues, while simultaneously modifying the surface to enhance its wettability, adhesion, and functional properties.
PLASMA SURFACE TREATMENT SOLUTIONS
Technical Benefits
Surface activation
Introduces polar functional groups to increase surface energy.
Effective cleaning
Removes organic, inorganic, and particulate contaminants.
Enhanced adhesion
Improves bonding strength for coatings, adhesives, and laminates.
Non-damaging process
Gentle on sensitive substrates like polymers, composites, and metals.
Functional Benefits
Improved process reliability
Ensures consistent coating, printing, and adhesive performance.
Optimized wettability
Supports liquid spreading, absorption, and surface interactions.
Reduced defects and failures
Minimizes adhesion issues and rejects in production lines.
Versatile applications
Effective on a wide range of materials and geometries.
Economical & Environmental Benefits
Chemical-free process
Eliminates need for harsh solvents and cleaning agents.
Cost reduction
Decreases rework, waste, and material losses due to poor adhesion.
Sustainable manufacturing
Eco-friendly plasma process lowers environmental impact.
Energy efficiency
Cleaner, activated surfaces reduce process energy losses and improve yields.
Interested in ACTIVATION AND CLEANING solutions?
Plasmapps offers advanced plasma processes to protect metal and alloy surfaces in the process of surface finishing of materials, with many benefits due to its high eco-sustainability.
