Materials and components

Surface treatment with plasma

Generally, each and every material can be treated with atmospheric plasma. There are virtually no limits regarding the geometric shape of the object treated.

1. Very fine spots can be targeted with utmost precision and be treated with a series of pulses
2. Linear contours and complex geometric forms can be traced three-dimensionally in the space surrounding them
3. Cables, tubes and other cylindrically shaped endless materials can be treated at a very high speed both on the inside and on the outside
4. Thin textiles or technical filaments can be treated at rapid pace
5. Powders such as for example pigments can be functionalized either in a batch or in a continuous process in order to increase their solubility in liquid suspensions
6. Porous materials and open-pore foams are treated in depth
7. Large-surface sheet materials can be treated at high speed

Virtually every technical class of materials can efficiently be treated under atmospheric pressure:

• Metals, metal alloys
• Plastics and composite materials
• Glass, ceramics, inorganic composite materials, natural stone
• Natural leather, imitation leather
• Natural fiber, wood, paper

Inorganic materials

With plasma also inorganic materials like

• Glass
• Ceramics
• Stone

are treatable.

Metals



Using atmospheric plasma technology, you can clean, reduce and pretreat commonly used metals such as

• Aluminium
• Aluminium-magnesium alloys
• Stainless Steel
• Copper alloys
• Silver alloys

Plastics