Category: plasma

Our Relyon Plasma PiezoBrush PZ3 professional set now includes a set of our Dyne Testing Dyne Test Pens as standard. Plasma treatment improves wetting and adhesion by increasing surface energy. The PiezoBrush PZ3 makes this easy to achieve, but the result is not visible to the naked eye. You cannot tell how much wetting has […]

Like 100’s of existing users who are interested in improving adhesion, you might be looking at our handheld plasma devices; the PiezoBrush PZ3 Handheld Plasma Surface Treatment or the PiezoBrush PZ3-i Plasma Surface Treatment for semi-automated or automated use. There are five different plasma modules available, all plug and play interchangeable and suitable for both […]

New White Paper explores how to streamline your adhesive bonding process When designing an adhesives process, applying a primer is rarely top of the wishlist. Primers are often used to promote bonding with low surface energy plastics or difficult-to-bond metals—but they add complexity, introduce health and safety considerations, and may create process variability. Our latest […]

Successful, strong and reliable bonding and coating processes start with understanding of adhesion, and that means understanding your surface. No matter what you’re bonding, the effectiveness of adhesion is influenced by properties of the surface like cleanliness, roughness, and energy. Since acquiring Dyne Testing Ltd, our interest in – and understanding of – surface science […]

Our final JoinedUpMinute for 2024 is a speedy overview of wetting, courtesy of Alison. She explains: What wetting is and why it’s important How wetting relates to surface energy How to improve wetting Check it out!   If you want to dive deeper into how to improve wetting, have a look at our video How […]

In this week’s JoinedUpMinute video, Craig provides an overview of what plasma surface treatment accomplishes. You’ll learn: What is plasma? What are the various benefits of plasma in surface treatment? Check it out! For more information about improving surface treatment with plasma, here are some further resources: Video: How does plasma surface treatment improve adhesion? […]

Some high-performance plastics pose a problem during printing — their low surface energies make high-quality, reliable printing challenging. So, how can manufacturers address this challenge, and what can we learn from real life applications? Here we discuss the use of plasma surface treatment for printing onto low surface energy plastics. Wetting is a prerequisite of […]

Due to PTFE’s extremely low surface energy, it is difficult for materials to wet, and almost no materials or adhesives readily adhere to it. The commonly known brand name of PTFE-based composition is Teflon – yes, the non-stick stuff. However, plasma can be applied to alter the chemical groups on the surface, increase wettability and […]

Providing you with an easy and affordable way to automate plasma surface treatment, the Relyon Plasma PiezoBrush PZ3-i allows simple integration into semi-automated or automated production lines whilst giving you full control over all process variables ─ positioning, power, time, and input gas pressure ─ for a repeatable, controllable, and recordable process. The PiezoBrush PZ3-i is […]

Plasma surface treatment technology is well established in many manufacturing industries including medical devices, electronics, and automotive. In dental technology, several use cases have been developed, researched, and established to help dental technicians perform tasks more efficiently and achieve better results for patients. Plasma can initiate several physical and chemical processes that both clean and […]

3D printers usually print relatively small stuff – certainly less than 1 meter in any dimension. Our own 3D printer’s largest build dimension is 320mm, and that is fairly common. There are exceptions, of course – these days you can 3D print a two-story house. But for most applications, if you need to make a […]

The PiezoBrush PZ3 Handheld Plasma Surface Treatment Device from Relyon Plasma is suitable for use in manual or semi-automated production, new product development, and in research and development settings such as a laboratories. It is simple, safe and intuitive. With a maximum power consumption of 18W, its unique Piezoelectric Direct Discharge (PDD®) technology is used […]

Plasma contains highly reactive species including electrons, ions and free radicals. Application of plasma to glass can make it hydrophilic, increase its surface energy and improve wettability, so that inks, paints or adhesives can wet better. In addition, it can remove organic, inorganic and microbial surface contaminants that form due to exposure to air. It […]

Whilst our customers typically use plasma technology to improve their bonding, another use of plasma is ultrafine surface cleaning. Relyon Plasma, our sales partner, has produced an in-depth explanation of how plasma technology can clean surfaces, which we have added to our library of technical resources. You can read the White Paper on Plasma Technology […]

The January/February 2019 issue of Plastic News Europe features our article Time to bond with plasma technology. The piece concludes: “Plasma is not limited to natural phenomena like stars and the Northern Lights. Manufacturers should consider plasma treatment if they are frequently faced with difficult-to-bond substrates. The benefits can be particularly compelling for medical device, […]