Plasma coating is a cutting-edge surface engineering process that deposits thin, functional layers onto materials using ionized gas, or plasma.
Plasma coating is a cutting-edge surface engineering process that deposits thin, functional layers onto materials using ionized gas, or plasma. Unlike traditional coating techniques that rely on liquid-based processes, plasma coating is a dry, clean, and highly controlled method ideal for industries demanding precision, performance, and reliability.
Plasma coating involves the application of a thin film onto a substrate using plasma-enhanced chemical vapor deposition (PECVD) or thermal plasma spray technologies. These techniques utilize a highly energetic plasma field to deposit coatings that can enhance properties such as:
♦ Adhesion
♦ Corrosion Resistance
♦ Electrical Insulation or Conductivity
♦ Biocompatibility
♦ Optical Clarity
♦ Chemical Resistance
Depending on the system design and intended application, plasma coating can be carried out under low pressure (vacuum systems) or atmospheric conditions.
Extremely thin coats in the nm range are possible
Constant processes suitable for series production possible due to complete automation
Wide range of variants are possible
No Temperature Increase
No Solvents
Excellent penetration into crevices and holes
Suitable for piece goods and bulk material