From: Merle Hirsh Newsgroups: sci.physics.plasma,sci.chem.polymers,sci.chem.coatings,sci.eng.semiconductors Subject: Plasma Modification of Teflon Surfaces Organization: Plasma Resources Reply-To: plasma@frontiernet.net Approved: plasma@cs.uml.edu Plasma Resources has developed a proprietary plasma process for increasing adhesion to PTFE (teflon) surfaces which allows them to be printed on, painted on, glued to, metallized, etc. We are currently printing onto teflon GI catheters, with excellent adhesion and no apparent loss of lubricity. We can also metallize or deposit a PECVD coating after treatment without breaking vacuum, and have a pad printing facility in-house. If you have a problem with teflon, we may have the solution! Contact: Merle Hirsh, Ph.D. at plasma@frontiernet.net. --------------F7D9DB199ACFCC22C852815A Content-Type: text/html; charset=us-ascii Content-Transfer-Encoding: 7bit Plasma Resources has developed a proprietary plasma process for increasing adhesion to PTFE (teflon) surfaces which allows the

Plasma Resources has developed a proprietary plasma process for increasing adhesion to PTFE (teflon) surfaces which allows them to be printed on, painted on, glued to, metallized, etc.  We are currently printing onto teflon GI catheters, with excellent adhesion and no apparent loss of lubricity.  We can also metallize or deposit a PECVD coating after treatment without breaking vacuum, and have a pad printing facility in-house.  If you have a problem with teflon, we may have the solution!  Contact:  Merle Hirsh, Ph.D. at plasma@frontiernet.net.

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