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RF Plasma Techniques and Advantages

Here you can find information and downloads to explain the techniques and advantages of plasma. Details on this page cover:

Plasma gases and their applications

O2 100%
* Asbestos and man-made mineral fibre detection
* Stripping photo resist
* Removal of organic contamination
* Removal of organic material (eg coal)
* Ageing paint (quick test for likely ageing characteristics)
* Degreasing of metals and polymers
* Hydrophilation
* General oxidation
* Polymer activation


Ar 100 %
* Degreasing and activation of metals
* Removal of epoxy bleed-out from hybrid circuits without oxidation. Can be used with up to 3% O2 for faster reaction
* Cleaning EM parts
* Oxide removal
* Hydrophilation


H2 100%
Used in with carrier gas in levels of amp<10%
* Metals cleaning (without oxidation)
* Hydrophobation
* Oxide removal


He 100%
* Degreasing and activation of metals and polymers
* Hydrophilation
* Cooling agent for O2


N2 100%
* Polymer activation
* Removal of epoxy bleed-out on hybrid circuits
* Removal of oxides


C2H4 100%
* Polymerization


CH4 100%
* Polymerization
C2H2 100%
* Polymerization


CF4 100%
* Epilamization
* Silicon etchant


SF6 100%
* Silicon etchant


FS-100
97% He 3% O2
* Removal of thin film organic contamination from easily oxidised metals and synthetics
* Low temperature removal of organics from metals without oxidation
* Low temperature ashing


FORM-ING GAS
90-95% N 5-10% H
* Removing oxides; especially useful as a follow up process in hybrid cleaning or other oxidising processes as glass to metal seals


DS28
N2 with 2ppm water
* Removal of organics from sensitive substrates without oxidation


DS180
92% O2 8% CF4 * Removal of thick layers of photo resist DS100
99.78% (40% O2 to 60% He) 22% CF4
* Removal of photo resist from chrome masks wit


DS300
97% O2 3% CF4
* Photo resist removal in aluminium chambers or with faraday insert in quartz chambers
* Removal of organic contamination


DS16281 99% N2 1% O2
* Removes photo resists films over oxidising or with TCR and resistor networks being unchanged (thin films only). May also have increased O2 as designated by the last digit signifying the percentage


IR101
70% Ethylene Trichloride 30% 1, 1, 2 Trichlorotrifloroethane
* Removal of inorganic contamination, particularly tin from resist or contaminated chambers (used in conjunction with O2). Will also remove window oxide grown on exposed Si


FS100 97% He 3% O2
* Low temperature organic removal
* Flash strip of photo masks