PlasmaFoulStop
Plasma Technology for Anti-Scaling and Anti-Fouling Protection
Plasma Technology for Anti-Scaling and Anti-Fouling Protection
PlasmaFoulStop is an advanced plasma surface modification technology developed to minimize the adhesion and accumulation of limescale, biofilm, and organic or inorganic deposits on functional surfaces.
The treatment alters surface characteristics at the microscopic level, creating chemically stable and inert surfaces that reduce interactions with fluids, minerals, and contaminants while preserving the bulk properties of the substrate.
By limiting the formation of scaling and fouling layers, PlasmaFoulStop reduces maintenance requirements and extends the service life of components operating in contact with water or process fluids. The technology is effective in preventing performance degradation caused by mineral scaling and biological contamination.
PlasmaFoulStop can be applied to rubber, elastomers, polymers, and metals used in fluid-handling equipment and technical systems across a wide range of industrial sectors.
Process & Coating Specifications
- Plasma Process
- Cold Plasma Surface Modification
- Possible Substrates
- Rubber (NBR, HNBR, EPDM, Fluorosilicone, Silicone, FKM), Polymers (POM, PP, PE, HDPE), Metals and Alloys
- Surface Performance
- Permanent anti-fouling / anti-scaling functionality
- Process Temperature
- 25–70 °C
- Surface Interaction
- Reduced adhesion of limestone, biofilm, and organic/inorganic deposits
- Scaling Resistance
- Improved vs. untreated surfaces
- Biofilm Resistance
- Improved vs. untreated surfaces
- Chemical Resistance
- Stable in contact with water and process fluids
- Bulk Properties
- Unchanged
With and without PlasmaFoulStop
See how our plasma based treatment can revolutionize your business.
Industrial fields
Plasma-empowered verticals for PlasmaFoulStop
Aerospace & Space Systems
Automotive & Motorsport
Biomedical & Healthcare Devices
Dosing systems
Gaskets
Hydraulics
Industrial Washing
O-rings
Valves
