Plasma Surface Activation
Molecular-level surface modification for enhanced adhesion and wettability.
Surface Activation Technology
Plasma Surface Activation
Atmospheric plasma surface activation selectively alters the chemical structure of surfaces at the molecular level. This significantly increases surface energies, sustainably improves adhesion properties, and optimizes wettability without thermal or mechanical stress. The process is particularly suitable for temperature-sensitive materials and demanding bonding, coating, and printing processes.
Why Choose Plasma Treatment
Why Choose Plasma Treatment
Atmospheric plasma treatment activates surfaces by inducing controlled chemical reactions in the outermost nanometer layers, improving adhesion-related properties without affecting the bulk material.
- —Increases surface energy to improve adhesion for bonding, coating, and printing processes
- —Suitable for temperature-sensitive materials due to low thermal load
- —Enables uniform and repeatable treatment with defined and controllable process parameters
- —Solvent-free process; no use of liquid chemicals or VOC-containing agents
- —Surface modification limited to the near-surface region (nanometer scale)
- —No measurable thermal damage to substrates under specified operating conditions
Industry Applications
Where It's Used
Plasma treatment is essential for industries requiring superior adhesion on sensitive materials.
- —High-performance adhesive bonding
- —Medical device manufacturing
- —Electronics assembly
- —Sensitive material preparation
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HA-TEC System GmbH
Erika-Naumann-Straße 4
71063 Sindelfingen
Germany