Plasma Treatment of Extruded Profiles
When working with extruded profiles, engineers often experience the problems of adhesion due to the “non-stick” nature of widely used materials, such as PP, PE, TPV and EPDM. Often, achieving good adhesion to these low surface energy materials presents those working with them with quite a headache, as inkjet print and coating adhesion strength is at best poor, but often near impossible.
Plasma Treatment is an excellent option for improving the adhesion quality of “non-stick” polymers, composites and even metals, such as titanium and aluminium. You’ll find our dual-purpose Plasma Treatment solutions on several extrusion lines, improving the adhesion quality of Ink jet, paint, non-slip coatings, flocking and other performance coatings.
How do we do it?
First, let’s talk about Plasma Treatment’s incredible ability to improve the adhesion properties of “non-stick” plastics and composites… When you expose a component to highly active Plasma, a long-lasting change occurs, dramatically improving the adhesion quality that you can achieve, by altering the materials surface energy.
The Plasma Surface Activation process is environmentally friendly, doesn’t alter the bulk property of the material being treated and won’t mark, discolour or damage the extrusion in any way, making it an excellent alternative to abrasion and high temperature flame torch treatment. Following Plasma Treatment, the extrusion will have the required surface energy to ensure good spreading of inks, coatings and adhesives, alongside impressive improvements to the adhesion of paint, flocking and high performance coatings.
We mentioned above that Plasma is a dual-treatment process, but why? Plasma Cleaning is a consistent, repeatable and environmentally friendly method of improving metal cleanliness without the need for environmentally damaging, volatile, solvent based primers and pre-treatment alternatives. Plasma Treatment super cleans the surface of the material undergoing treatment which in turn increases the strength of bond that can be achieved. Plasma is created when a gas (usually compressed air) is subjected to a high-energy discharge: the gas breaks up into electrons, ions, highly reactive free radicals, short wave UV light photons and other excited particles. When these species are excited by a high-energy discharge, they effectively scrub the surface to be cleaned.
ProfileTEC: Developed for Extrusions
ProfileTEC is a state-of-the-art Plasma Treatment machine for the surface activation of extruded profiles on a variety of both conductive and non-conductive materials, for example EPDM, PP, PE and more. ProfileTEC utilises revolutionary PlasmaTEC-X Atmospheric Plasma technology, our highest performance Atmospheric Plasma unit yet packed full of incredible new features.
The ProfileTEC is easy to integrate into new and existing extrusion lines and offers true flexibility for your production line with fast and easy nozzle adjustment and easily adjustable profile geometry.
If we had to describe the ProfileTEC in just one word, it’s “flexible”… Why? Whether you’re looking to treat a small or large profile, a conductive or non-conductive material or achieve targeted or 360 degree treatment, the ProfileTEC delivers.
- Specially developed for extrusion lines
- High line speed capability
- Easy to install
- Fully adjustable nozzle positioning system
- Suitable for use on both conductive and non-conductive materials
- Utilises leading Atmospheric Plasma technology
- Only runs when extrusion is moving
Speak to an expert!
Plasma Treatment provides a high performance, repeatable and consistent method of surface treatment, if you’d like to speak to the UK and Ireland’s Number One supplier of Plasma Treatment, Dyne Technology, get in touch.
You can call our technical engineers on +44(0) 1543 411 460 or email firstname.lastname@example.org.