Plasma Treatment Technology Explained
What is Plasma Treatment Technology?
The first in a series of videos about plasma treatment technology, this video explains what plasma treatment technology is and what it can do.
Surface Energy and Adhesion
Adhesion and Surface Energy Explained.
The second in our series of videos about plasma treatment technology, this video explains what Surface Energy is and why it is so important to consider when using plasma treatment technology.
Plasma Cleaning Explained
Plasma Cleaning Explained.
The third in our series of videos about plasma treatment technology, this video explains how plasma cleaning works and which systems can provide the best quality treatments.
Plasma Surface Activation Explained
Plasma Surface Activation Explained.
The fourth in our series of videos about plasma treatment technology, this video explains how plasma surface activation works and the results you can achieve.
Plasma Coatings Explained
Plasma Coatings Explained.
The fifth in our series of videos about plasma treatment technology, this video explains how plasma coatings work and the results you can achieve.
Plasma Etching Explained
Plasma Etching Explained.
The final video in our series on plasma treatment technology, this video explains how plasma surface etching works.
Plasma Treatment for lab-on-a-chip fabrication of microfluidic devices
An important group of devices is formed by bonding PDMS to patterned glass substrates. The following short video shows how simple it is to implement a reliable and repeatable PDMS bonding protocol using the Henniker HPT bench-top plasma systems.
Henniker Plasma: Atmospheric plasma treatment in the Automotive Industry
The Henniker Cirrus Atmospheric Plasma System displays localized plasma cleaning to give improved adhesion in the automotive industry. The surface is cleaned prior to the glueing step, in order to ensure a failure-free bond.
Henniker Plasma Treatment to Improve Adhesion
Henniker Plasma demonstrates how easy it is to use the HPT system to plasma treat an inherently difficult to bond to the surface to improve adhesion and wettability characteristics.
Atmospheric Plasma Treatment to Improve Adhesion
Atmospheric plasma treatment is used to clean the surface of metals, in this case aluminium, where the efficient removal of hydrocarbon contamination leads to improved wettability and adhesion. Atmospheric plasma treatment is suitable for metals, glass, ceramics, composites and a wide range of engineering polymers.
Adhesion Grid Cut Test
The adhesion grid cut test is used to demonstrate the improvement in paint adhesion following plasma treatment.
Henniker Plasma Automation and Atmospheric Plasma Treatment
Automated atmospheric plasma treatment with 3 axis robot. In this example plasma surface activation of a 200mm x 200mm natural fibre composite panel.
Atmospheric Plasma Torch
Atmospheric plasma torch for the local pretreatment (cleaning, surface activation) of different materials. In this case Automotive parts in an assembly line.
Hydrophobic Plasma Treatment
An example of a material that has been treated with a hydrophobic plasma treatment to render it water repellent.