Add to ORKGThe description refers to a process for joining fibre composites with polymer surfaces by bonding. The surfaces to be joined are subjected to a low-pressure plasma treatment prior to applying the adhesive. As a result of the low-pressure plasma treatment, the surface properties of the polymer surface are changed in a stable manner and long-term adhesion enhancement is achieve
DE 19856227 A UPAB: 20000801 NOVELTY - Durable activation of fluoropolymer surfaces involves first c...
To improve the strength of the adhesive-bonded carbon fiber reinforced polymer (CFRP) joints, atmosp...
The present work deals with the problematic adhesive bonding of substrates with low surface energy. ...
WO 200255591 A UPAB: 20020829 NOVELTY - The process can be used with thermoplastics, elastomers and/...
Diese Arbeit befasst sich mit der Wirkung von atmosphärischer Plasmabehandlung auf die Oberflächench...
The purpose of the paper is to investigate the effects of low pressure plasma treatment on wettabili...
WO2004035857 A UPAB: 20040608 NOVELTY - To apply an adhesive coating to a substrate, as a plasma pol...
Many polymers show a low surface energy. Therefore a pretreatment is necessary before joining them b...
Bonding has experienced an enormous expansion in the various applications during the last few years ...
Many plastics have a poor tendency to bond to other materials because of their inherent inert chemic...
Recent developments in fibre science have rendered commercially available new polymeric fibres chara...
Polyolefins are considered among the most difficult polymeric materials to treat because they have p...
Plasma-pretreatment of metals and polymers enhance the surface tension and thus the adhesive strengt...
The invention relates to a method of treating surfaces made of fibre composites and the use of the t...
Acceptance of Carbon Fiber Reinforced Polymer (CFRP) structures requires a robust surface preparatio...
DE 19856227 A UPAB: 20000801 NOVELTY - Durable activation of fluoropolymer surfaces involves first c...
To improve the strength of the adhesive-bonded carbon fiber reinforced polymer (CFRP) joints, atmosp...
The present work deals with the problematic adhesive bonding of substrates with low surface energy. ...
WO 200255591 A UPAB: 20020829 NOVELTY - The process can be used with thermoplastics, elastomers and/...
Diese Arbeit befasst sich mit der Wirkung von atmosphärischer Plasmabehandlung auf die Oberflächench...
The purpose of the paper is to investigate the effects of low pressure plasma treatment on wettabili...
WO2004035857 A UPAB: 20040608 NOVELTY - To apply an adhesive coating to a substrate, as a plasma pol...
Many polymers show a low surface energy. Therefore a pretreatment is necessary before joining them b...
Bonding has experienced an enormous expansion in the various applications during the last few years ...
Many plastics have a poor tendency to bond to other materials because of their inherent inert chemic...
Recent developments in fibre science have rendered commercially available new polymeric fibres chara...
Polyolefins are considered among the most difficult polymeric materials to treat because they have p...
Plasma-pretreatment of metals and polymers enhance the surface tension and thus the adhesive strengt...
The invention relates to a method of treating surfaces made of fibre composites and the use of the t...
Acceptance of Carbon Fiber Reinforced Polymer (CFRP) structures requires a robust surface preparatio...
DE 19856227 A UPAB: 20000801 NOVELTY - Durable activation of fluoropolymer surfaces involves first c...
To improve the strength of the adhesive-bonded carbon fiber reinforced polymer (CFRP) joints, atmosp...
The present work deals with the problematic adhesive bonding of substrates with low surface energy. ...