‘Nebula’ Advanced plasma treatment system
The Henniker Plasma Treatment range, which is manufactured in the UK and supplied globally, has been further enhanced by the recent release of the ‘Nebula’ Advanced Plasma System.Download the press release
Controlled, accurate plasma cleaner for TEM sample preparation
Controlled, accurate plasma cleaner for TEM sample preparation We would like announce the launch of our new, cost effective bench-top plasma cleaner for TEM sample preparation tasks. The HPT-100 TEMCLEAN is a bench-top glow discharge system that is suited to the routine cleaning of TEM sample holders/grids as well as for cleaning and preparation of other individual items.Download the press release
Cirrus & Nimbus Atmospheric Plasma Treatment System Release
Cirrus & Nimbus Atmospheric Plasma Treatment System Release Henniker are pleased to announce the launch of the CIRRUS & NIMBUS atmospheric plasma treatment systems which solve a number of manufacturing issues associated with poor adhesion. Available as both single and dual nozzle versions ideally suited to surface activation and cleaning of a wide range of materials including polymers, metals, glass and ceramics.Download the press release
Henniker Plasma HPT Series
Henniker are pleased to announce the launch of its new range of bench-top plasma surface treatment systems for ultra-fine cleaning and adhesion improvement. - Henniker Plasma HPT SeriesDownload the press release
Henniker Plasma – On the Surface of Polymers
On the Surface of Polymers - Henniker Plasma, a UK based supplier of plasma surface treatment equipment and processes, document the advantages of plasma treatment to improve adhesion on a wide range of engineering polymers.Download the press release
Plasma Treatment of PTFE
Henniker announce the release of technology pages on the plasma treatment of PTFE. PTFE is a chemically inert and highly hydrophobic fluoropolymer due to the high electronegativity of fluorine. It is not readily modified by standard plasma processes but the may be altered to render the surface hydrophilic by the use of hydrogen plasma,. Read more on the processes involved here.Download the press release
Henniker Introduce Atmospheric Plasma Robot System for Surface Treatment
Henniker announce the release of its new automated atmospheric plasma treatment robot for surface activation of polymers to improve adhesion.Download the press release
Henniker opens new UK based plasma surface treatment & testing facility
UK manufacturer Henniker announces a new 1,400 sqft dedicated plasma surface treatment & testing facility in Warrington, UK.Download the press release
Solid, liquid and gas are the three states of matter we are all familiar with. We can move between the states by adding or removing energy (e.g. heating/cooling). If we continue to add enough energy (for a plasma, we add electrical energy), gas molecules will become ionised (lose one or more electrons) and so carry a net positive charge. If enough molecules are ionised to effect the overall electrical characteristics of the gas the result is called a plasma. Plasmas are therefore, quite rightly, often referred to as the fourth state of matter.
A plasma contains positive ions, electrons, neutral gas atoms or molecules, UV light and also excited gas atoms and molecules, which can carry a large amount of internal energy (plasmas glow because light is emitted as these excited neutral particles relax to a lower energy state). All of these species can and do interact with any surface placed in contact with the plasma. By choosing the gas mixture, power and other conditions we can quite precisely tune, or specify, the effects of the plasma upon the surface.
Plasma treatment modifies the surface of an object. It doesn’t affect the object in any other way and doesn’t change the bulk of the material at all. We can ‘tune’ the plasma to change the adhesion characteristics of the surface. We can make the surface easier to bond, print, glue etc. We can also introduce a range of other surface properties such as liquid repellency or low friction.