2012年6月14日星期四

Advantages of Low-pressure Tungsten Alloy Plasma Technique


Ability of fissure-penetration by the plasma: even most complex sample geometries up to porous substrates can be treated
No thermal or mechanical strain of the substrates
High measure on environmental compatibility and operational safety
Tungsten directory has diverse facilities available for the various concepted questions (bulk material, batch goods, rail goods, size of the reactor up to 3m 3, MHz- and GHz stimulation); as well as many years of experience in the development of plasma processes and the conception of applicative plasma devices up to pilot graduations. 
Tungsten Directory,Tungsten alloy,Tungsten carbide

Within the bounds of its function as service provider in technology transfer, we offer its resources for the processing of the above-mentioned industrial questions up to series production. Our service comprises consultation, process development, sampling and industrial installation through pilot terotechnology.
Tungsten alloy plasma technique can be used in many different cases whenever you would like to better adhere materials together or to change a surface property to suit your needs. With this trend-setting technology it is possible to modify virtually any surface. Plasma technology offers several versatile applications, for example:

Cleaning surfaces of any residues, oils, or contamination
Activation of various materials before gluing, painting, etc.
Etching and partial removal of surfaces
Coating of parts with several possible types of layers (PTFE-like, protective barriers, hydrophobic, hydrophilic, friction-reducing, etc.)
Plasma technology is establishing itself in all areas of industry, and new applications are constantly evolving. 

Tungsten Alloy Plasma Technique - Convincing Advantages
Compared to other methods, like flame treating or using chemicals to treat a surface, tungsten alloy plasma technique exhibits many important advantages:
Many surface properties can be obtained exclusively with this procedure
Can be used in online production or operated independently
Environmentally friendly process
Regardless of geometry you are able to treat powder, small parts, discs, fleece, textiles, tubing, bottles, circuit boards, etc. 

Fabricated parts will not be mechanically changed
Heating of the parts is minimal
Operating costs are very low
Extremely safe to operate
Process is extremely energy efficient

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