NOVELTY - The production method involves mechanically, chemically or electrochemically polishing the substrate, and subjecting it to a plasma at less than 200 deg. C and 10-5 bar, activating the surface in a reducing plasma, and depositing the plasma polymers from a plasma containing a hydrocarbon or organosilicon compound optionally containing oxygen, nitrogen or sulfur. USE - On an aluminum heat exchanger, especially in the form of finned tubes. ADVANTAGE - Provides improved corrosion resistance
DE 102008028542 A1 UPAB: 20100101 NOVELTY - In a plasma process to apply a coating to a substrate (1...
A plasma polymerisation process for creating highly hydrophobic polymer films comprises grafting che...
WO 2010069594 A1 UPAB: 20100714 NOVELTY - The process comprises activating the vapor from a coating ...
WO2005089960 A UPAB: 20051024 NOVELTY - Producing a corrosion-resistant and functional surface on a ...
DE 102007000611 A1 UPAB: 20090527 NOVELTY - Coating surface of a light alloy substrate, comprises: (...
DE 102009000699 A1 UPAB: 20100826 NOVELTY - The method comprises optionally cleaning a plastic subst...
Zusammenstellung der Grundlagen der Plasma-Polymerisation und der Abscheidung plasmapolymerer Schich...
DE1004019169 A UPAB: 20051222 NOVELTY - Depositing carbide layers of a high melting point metal (3) ...
The conventional pretreatment of polymers for lthe metallization by electroplating is based on hazar...
Metals in the form of sheets, strips, films and metallic surfaces are provided with an inorganic lay...
WO 200292871 A UPAB: 20030204 NOVELTY - Device for coating and/or surface treating substrates using ...
Within the reported project three kinds of different plasmas were realized for the coating of polyme...
The significance of modern thin-film technologies as regards the surface refinement of classical mat...
DE 102008028140 B3 UPAB: 20091222 NOVELTY - The method comprises spraying a component of metal oxide...
WO2004035857 A UPAB: 20040608 NOVELTY - To apply an adhesive coating to a substrate, as a plasma pol...
DE 102008028542 A1 UPAB: 20100101 NOVELTY - In a plasma process to apply a coating to a substrate (1...
A plasma polymerisation process for creating highly hydrophobic polymer films comprises grafting che...
WO 2010069594 A1 UPAB: 20100714 NOVELTY - The process comprises activating the vapor from a coating ...
WO2005089960 A UPAB: 20051024 NOVELTY - Producing a corrosion-resistant and functional surface on a ...
DE 102007000611 A1 UPAB: 20090527 NOVELTY - Coating surface of a light alloy substrate, comprises: (...
DE 102009000699 A1 UPAB: 20100826 NOVELTY - The method comprises optionally cleaning a plastic subst...
Zusammenstellung der Grundlagen der Plasma-Polymerisation und der Abscheidung plasmapolymerer Schich...
DE1004019169 A UPAB: 20051222 NOVELTY - Depositing carbide layers of a high melting point metal (3) ...
The conventional pretreatment of polymers for lthe metallization by electroplating is based on hazar...
Metals in the form of sheets, strips, films and metallic surfaces are provided with an inorganic lay...
WO 200292871 A UPAB: 20030204 NOVELTY - Device for coating and/or surface treating substrates using ...
Within the reported project three kinds of different plasmas were realized for the coating of polyme...
The significance of modern thin-film technologies as regards the surface refinement of classical mat...
DE 102008028140 B3 UPAB: 20091222 NOVELTY - The method comprises spraying a component of metal oxide...
WO2004035857 A UPAB: 20040608 NOVELTY - To apply an adhesive coating to a substrate, as a plasma pol...
DE 102008028542 A1 UPAB: 20100101 NOVELTY - In a plasma process to apply a coating to a substrate (1...
A plasma polymerisation process for creating highly hydrophobic polymer films comprises grafting che...
WO 2010069594 A1 UPAB: 20100714 NOVELTY - The process comprises activating the vapor from a coating ...