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Plasmatreat Plasmatreat is the world market leader in atmospheric plasma technology. Imprint: http://www.plasmatreat.com/imprint.html

Openair-Plasma® technology, from which derives the awarded nano-coating technology PlasmaPlus®, is protected internationally by patents and is employed today in almost all fields of industrial production. Materials such as plastic, metal, glass or ceramics are cleaned and simultaneously activated or functionally plasma coated inline within a matter of seconds. The dual effect of microfine cleaning and simultaneous strong activation far outweighs the effectiveness of conventional systems. Pretreatment with Openair-Plasma® causes a targeted and exactly adjustable increase in the wettability and thus the adhesiveness of material surfaces. This produces a homogeneous paint finish and long-time stable adhesion of the coating even under the most challenging load conditions. New material compounds often become only possible due to this technique, while wet-chemical or mechanical pretreatments are completely dispensed with. Specials features of the Openair-Plasma® technology are its reliability and reproducibility in the production process. Plasmatreat has technology centers in Germany (Headquarters), the USA, Canada, China and Japan as well as subsidiaries and sales representatives in more than 30 countries.

What makes for a reliable adhesive bond? One crucial factor comes into play even before the bonding process begins: the ...
28/10/2026

What makes for a reliable adhesive bond?
One crucial factor comes into play even before the bonding process begins: the surface.

today and tomorrow at ABS Europe - Adhesives Bonding & Sealants — in Vicenza. At booth S11 in hall 2, we discuss materials, surface properties, pretreatment, and bonding requirements with industry experts.

A special highlight of the day is the presentation of the new technical handbook, "Il Rivestimento di Profili e Pannelli nell’Industria del Mobile e Arredamento". Plasmatreat contributed its expertise on the chemical and physical surface treatment of plasma.

Much of the focus at our booth will also be on how surfaces can be prepared for subsequent processes, such as applying double-sided adhesive tapes to polymers without primer or improving the adhesion of form-in-place foam gaskets.

Are you attending ? Stop by booth S11 in hall 2, and we can discuss your surface treatment challenges.

The weakest point in an aerospace bond is often not the adhesive. It's the surface.As aerospace manufacturers increasing...
28/10/2026

The weakest point in an aerospace bond is often not the adhesive.
It's the surface.

As aerospace manufacturers increasingly combine CFRP, advanced thermoplastics such as PEEK and PEKK, and metals in lightweight assemblies, the requirements for reliable adhesive bonding continue to rise.

Yet many bonding challenges originate long before the adhesive is applied. Surface contamination and low surface energy can limit wettability, reduce adhesion, and introduce variability into the manufacturing process.

Traditionally, these challenges have been addressed through abrasion, solvent wiping, or chemical etching. The question is: Can manual surface preparation deliver the level of consistency modern aerospace production demands?

Plasma surface treatment offers a different perspective. By removing organic contaminants at the molecular level and introducing polar functional groups, plasma transforms surface preparation from a manual task into a controlled, scalable process step.

This is not just about improving adhesion. It's about improving process reliability.

🔔 On November 10, 2026, Sarah Montrowl will take a closer look at how atmospheric and low-pressure plasma technologies support reliable bonding of thermosets, thermoplastics, and multi-material assemblies in aerospace applications.

Where do you see the biggest source of variation in adhesive bonding today: materials, contamination, or surface preparation?

Reducing solvents is one thing. Achieving reliable adhesion without them is another. Interested in how plasma treatment ...
27/10/2026

Reducing solvents is one thing. Achieving reliable adhesion without them is another. Interested in how plasma treatment can help solve this challenge?
📍 Visit us at Asia CanTech, 2-4 November, and discuss your application with our experts.

UV coatings are an attractive solution for metal cans: fast curing, lower energy consumption, a small space requirement, and low VOC emissions. This makes production more efficient and cost-effective. However, there is one drawback: on many materials, reliable adhesion cannot be achieved without a primer.

To enable solvent-free production, coating specialist ACTEGA developed a new UV coating. The challenge of achieving reliable adhesion was solved through a specially developed plasma pretreatment.

➡️ Pretreatment with Openair-Plasma® cleans the surface of contaminants such as dust, oxide layers, and oils, thereby creating the conditions necessary for reliable adhesion of the coating.

👉 But what effect does plasma have, and why does it make such a big difference for adhesion? We’ll reveal that in the next post in this series.

at Asia CanTech to discuss challenges like these and learn how plasma can improve your processes.

Could plasma be the missing step in your coating process?

When the surface becomes part of product developmentWe’re pleased to see this topic, and the challenges and solutions su...
24/10/2026

When the surface becomes part of product development

We’re pleased to see this topic, and the challenges and solutions surrounding it, featured as the cover story in the latest issue of Kunststoffe.

When it comes to high-performance polymers, composites, and hybrid material combinations, choosing the right material is only part of the equation. What happens at the interface can be just as critical.

This raises important questions, like:
❓ How can surfaces be tailored to enable reliable bonding, coating, or functionalization?
❓ What does this mean for demanding applications, from medical technology to lightweight construction?

The article explores how plasma treatment can create defined surface properties and why controlled surfaces are becoming increasingly essential for quality, process reliability, and long-term performance.

For us, it is a great opportunity to bring surface treatment into the broader discussion around material and product development.

Many thanks to the editorial team at Kunststoffe for putting this topic on the cover.

Live from The The Battery Show India 2026!We are excited to be in Greater Noida at one of India's leading events for bat...
23/10/2026

Live from The The Battery Show India 2026!
We are excited to be in Greater Noida at one of India's leading events for battery manufacturing, e-mobility and energy storage.

Visit the Plasmatreat team and discover how atmospheric plasma technology enables reliable bonding, sealing, coating and cleaning processes throughout battery production.

From battery cells and modules to EV components and energy storage systems, our solutions help manufacturers improve quality, process stability and sustainability.

Are you attending the show? Stop by our booth to discuss your challenges, explore new process opportunities and see how plasma can support your production goals.

We look forward to meeting industry experts, exchanging ideas and building new connections across the battery value chain.

📅 October 22–24, 2026
📍 India Expo Centre, Greater Noida
🏢 Hall 7, Booth 28

A strong adhesive bond today doesn’t automatically mean a reliable bond tomorrow.At the SKZ – Das Kunststoff-Zentrum con...
23/10/2026

A strong adhesive bond today doesn’t automatically mean a reliable bond tomorrow.

At the SKZ – Das Kunststoff-Zentrum conference in Würzburg, Joachim Schüßler shared insights into using Openair-Plasma® technology to pretreat plastic profiles before film lamination.

One key takeaway stood out: In real-world applications, the long-term durability of bonded assemblies can be even more critical than their initial mechanical strength.

➡️ Plasma pretreatment addresses this challenge at its source: the surface. By modifying the material surface before bonding, it creates favorable conditions for adhesion and helps establish a more reliable interface between substrate and adhesive.

Another important point from the discussions: Surface pretreatment and adhesive selection need to be considered as one process, making close collaboration between adhesive manufacturers and surface treatment specialists essential. 🤝

Thank you to SKZ for the opportunity to share our insights and contribute to this valuable exchange.

What factors are most critical for achieving long-term reliability in your bonding processes?

Plasma knowledge grows when it is shared. So does our community. Thank you for helping us reach over 9,000 followers on ...
19/10/2026

Plasma knowledge grows when it is shared. So does our community. Thank you for helping us reach over 9,000 followers on LinkedIn.🥳

In 2026 alone, we connected with people interested in plasma surface treatment in many ways:
>9,000 followers now belong to our LinkedIn community
>3,700 people visited or participated in conversations at trade shows worldwide
>1,300 people joined our PlasmaTalks webinar series
>400 people attended webinars, technical presentations, and other knowledge sessions that we organized externally

We have different formats in different industries with different challenges.
But one common question: What can plasma do for my process❓

From electronics, automotive, and aerospace to medical technology, packaging, and many other industrial applications, we meet people who are curious and want to understand how surface treatment can help address their specific production and material challenges.

That is what makes reaching more than 9,000 followers on LinkedIn meaningful to us. We're building a community that shares knowledge about surfaces, processes, applications, and plasma technology possibilities.

Thank you to everyone 💐

Want to continue exploring plasma technology with us? Follow us on our journey, meet our experts at a trade show, join one of our webinars, or subscribe to our newsletter to stay up to date.

🔎 Wir suchen Verstärkung im After Sales!Werde Teil unseres After-Sales-Teams und sorge dafür, dass unsere Kunden auch na...
17/10/2026

🔎 Wir suchen Verstärkung im After Sales!

Werde Teil unseres After-Sales-Teams und sorge dafür, dass unsere Kunden auch nach dem Kauf bestens betreut werden.

Du begleitest unsere Bestandskunden technisch und kaufmännisch, erkennst frühzeitig Optimierungspotenziale und entwickelst passende Lösungen rund um Ersatzteile, Reparaturen, Wartungen, Serviceleistungen und Anlagenoptimierungen.

Klingt spannend? Dann freuen wir uns auf deine Bewerbung über unsere Homepage! 🚀

Live impressions from Fakuma Messe 2026:  The plastics industry is gathering in Friedrichshafen this week for Fakuma 202...
13/10/2026

Live impressions from Fakuma Messe 2026:

The plastics industry is gathering in Friedrichshafen this week for Fakuma 2026. We're excited to be part of one of the world's leading trade shows for plastics processing.

At Plasmatreat, we're not just talking about surface treatment, we're showing our technology portfolio live.

Discover our latest plasma innovations:
✅ Openair-Plasma® for automated inline surface treatment
✅ The new AURORA low-pressure plasma system for complex 3D components
✅ New RD1004C rotary jet for large-area coating of surfaces and profiles

Whether you're working with recycled materials, challenging polymer combinations, or looking to optimize surface preparation processes, we're happy to discuss your specific application.

Together with our long-standing partner CeraCon GmbH visitors can meet us at Booth 1320 in Hall A1.

Stop by our booth and learn more about plasma technology. We look forward to seeing you. 😀

Technology earns trust when it delivers answers, not assumptions. That trust is built when research can be translated in...
12/10/2026

Technology earns trust when it delivers answers, not assumptions. That trust is built when research can be translated into real-world manufacturing solutions.

That is exactly why SKZ – Das Kunststoff-Zentrum invested in our state-of-the-art Plasma Treatment Unit (PTU).

But what makes this system so valuable for research and industry? The PTU combines atmospheric-pressure plasma technology with a 6-axis robot, enabling the treatment of a wide range of materials, including plastics, metals, glass, and ceramics. It is used for:

✅ Ultra-fine cleaning of surfaces before downstream processes
✅ Surface activation to improve adhesion for bonding, printing, painting, and sealing
✅ Functional nano coatings for specific surface properties
✅ Treatment of complex 3D geometries and free-form surfaces

With this PTU, SKZ combines research and manufacturing: new findings can be tested under realistic conditions and transferred more quickly into industrial practice. That is how technology becomes more than a laboratory concept. It becomes a tool for innovation.

👉 Which surface-related challenge do you think still deserves more research attention?

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Queller Straße 76-80
Steinhagen
33803

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