Supercharge your surfaces
with plasma technology
Today Plasma technology offers a valid alternative to conventional chemistry in the process of surface finishing of materials, with many benefits due to its high eco-sustainability.Plasma chemistry is a “dry and green” chemistry working without solvents and with minimal use of reagents.
PLASMA SURFACE INDUSTRIAL APPLICATIONS
Today Plasma technology offers a valid alternative to conventional chemistry in the process of surface finishing of materials, with many benefits due to its high eco-sustainability
Industrial Process & Fluid Handling
Hydraulics
Automotive & Transportation
Dosing systems
Medical Devices & Implants
Automotive & Motorsport
Closing systems (Furniture and Automotive)
Medical & Healthcare
Aeronautics
Biomedical and Life Science
Fluid Management Systems
Electronics & Semiconductors
Wearable & Biomedical Sensors
Plastics
Industrial Washing
Biomedical & Healthcare Devices
Imaging, Optics & Photonics
Electronics & Optoelectronics
Aerospace & Space Systems
O-rings
Textiles & Luxury Goods
Rubber
Naval
Gaskets
Automotive & Mobility
Automotive
Aerospace & Defense
Sports & Outdoor Equipment
Nautical
Pharmaceutical & Biotech Equipment
Valves
Optical & Eyewear Industry
Aerospace
Industrial Tools & Manufacturing
Biomedical
Electronics & Consumer Devices
The fourth state
of matter
Innovative Materials
from a Clean Chemistry
Today Plasma technology offers a valid alternative to conventional chemistry in the process of surface finishing of materials, with many benefits due to its high eco-sustainability.
Plasma chemistry is a “dry and green” chemistry working without solvents and with minimal use of reagents.
Innovative Materials
from a Clean Chemistry
Plasma technology is based on the physical principle that by supplying energy to matter, changes in its state happen so that solids becomes liquid, and liquids becomes gaseous. If energy is supplied to a gas, it is ionized and generates the PLASMA , called the fourth state of matter.
This is an ionized gas rich of reactive species such as radicals, ions and electrons able to modify the surface properties of the materials exposed to it. It becomes possible to finely tune the surface properties of the materials through the fine adjustment of the experimental parameters, resulting in a customized “surface tailoring “ of materials, without affecting their bulk properties.
What's the
superpower you
need?
Plasma technology is based on the physical principle that by supplying energy to matter, changes in its state happen so that solids becomes liquid, and liquids becomes gaseous. If energy is supplied to a gas, it is ionized and generates the PLASMA , called the fourth state of matter.
This is an ionized gas rich of reactive species such as radicals, ions and electrons able to modify the surface properties of the materials exposed to it. It becomes possible to finely tune the surface properties of the materials through the fine adjustment of the experimental parameters, resulting in a customized “surface tailoring “ of materials, without affecting their bulk properties.
Infinite changes
on top
Plasma technology is based on the physical principle that by supplying energy to matter, changes in its state happen so that solids becomes liquid, and liquids becomes gaseous. If energy is supplied to a gas, it is ionized and generates the PLASMA , called the fourth state of matter.
This is an ionized gas rich of reactive species such as radicals, ions and electrons able to modify the surface properties of the materials exposed to it. It becomes possible to finely tune the surface properties of the materials through the fine adjustment of the experimental parameters, resulting in a customized “surface tailoring “ of materials, without affecting their bulk properties.
Plasma technology is based on the physical principle that by supplying energy to matter, changes in its state happen so that solids becomes liquid, and liquids becomes gaseous. If energy is supplied to a gas, it is ionized and generates the PLASMA , called the fourth state of matter.
This is an ionized gas rich of reactive species such as radicals, ions and electrons able to modify the surface properties of the materials exposed to it. It becomes possible to finely tune the surface properties of the materials through the fine adjustment of the experimental parameters, resulting in a customized “surface tailoring “ of materials, without affecting their bulk properties.
Our commitment
with the planet
ENVIROMENT-FRIENDLY PLASMA TECHNOLOGY ADVANTAGES
Plasma technology is based on the physical principle that by supplying energy to matter, changes in its state happen so that solids becomes liquid, and liquids becomes gaseous. If energy is supplied to a gas, it is ionized and generates the PLASMA , called the fourth state of matter.
This is an ionized gas rich of reactive species such as radicals, ions and electrons able to modify the surface properties of the materials exposed to it. It becomes possible to finely tune the surface properties of the materials through the fine adjustment of the experimental parameters, resulting in a customized “surface tailoring “ of materials, without affecting their bulk properties.
Zero CO2
Emissions
Small amount
of reagents
no clorine, formaldehyde and toxic products
no water
consumption
