Parylene is the generic name for members, e.g. parylene N,C,D of a thermoplastic polymer series developed by Union Carbide (Reta is a trade name for the materials). All of the members are laid down by a vacuum, vapor deposition process. The properties and uses for each member of the series differ from each other, but collectively the Parylenes have a wide range of applications. Gas permeability and moisture vapor transmission of Parylene C are very low. These properties make Parylene potentially very useful with or near explosives or components. One of the forms, Parylene C--the monomer of dichloro-di-p-xyly-lene--is potentially attractive. Its density is 1.29 g/cc. In this study the initial emphasis will be on the feasibility of coating HE...
The application of poly(p-xylylene)s as barrier and passivation layer is limited by the high tensile...
This paper reports a novel and reliable process to prepare ultra-thin parylene film based on a princ...
Parylene, a non-critical, non-toxic layer material, which is not only a candidate for low-(K) diele...
Following the recent trend of miniaturization of MEMS and the approach to improve the comfort of med...
Vapor deposition and polymerization of dichloro-diparaxylylene produces a parylene polymer film whos...
A process for the deposition of a solid layer onto a liquid is presented. The polymer poly-di-chloro...
Chemical Vapor Deposition Polymerization - The Growth and Properties of Parylene Thin Films is inten...
This paper presents a wafer-level temporary packaging technique utilizing a chemical vapor deposited...
Poly-p-xylylene is a basic polymer of parylene family. It was discovered in 50s of the 20th century....
AbstractThis paper presents a wafer-level temporary packaging technique utilizing a chemical vapor d...
Parylene C has been preferred in various microfluidic and packaging applications as a chemical barri...
Abstract Thanks to the excellent barrier property and fabrication accessibility, Parylene has been a...
Parylene, a non-critical, non-toxic layer material, which is not only a candidate for low-\(K\) die...
This paper reports a novel and reliable process to prepare ultra-thin parylene film based on a princ...
Parylene films are commonly used as transparent, flexible coatings in electronic devices and biomedi...
The application of poly(p-xylylene)s as barrier and passivation layer is limited by the high tensile...
This paper reports a novel and reliable process to prepare ultra-thin parylene film based on a princ...
Parylene, a non-critical, non-toxic layer material, which is not only a candidate for low-(K) diele...
Following the recent trend of miniaturization of MEMS and the approach to improve the comfort of med...
Vapor deposition and polymerization of dichloro-diparaxylylene produces a parylene polymer film whos...
A process for the deposition of a solid layer onto a liquid is presented. The polymer poly-di-chloro...
Chemical Vapor Deposition Polymerization - The Growth and Properties of Parylene Thin Films is inten...
This paper presents a wafer-level temporary packaging technique utilizing a chemical vapor deposited...
Poly-p-xylylene is a basic polymer of parylene family. It was discovered in 50s of the 20th century....
AbstractThis paper presents a wafer-level temporary packaging technique utilizing a chemical vapor d...
Parylene C has been preferred in various microfluidic and packaging applications as a chemical barri...
Abstract Thanks to the excellent barrier property and fabrication accessibility, Parylene has been a...
Parylene, a non-critical, non-toxic layer material, which is not only a candidate for low-\(K\) die...
This paper reports a novel and reliable process to prepare ultra-thin parylene film based on a princ...
Parylene films are commonly used as transparent, flexible coatings in electronic devices and biomedi...
The application of poly(p-xylylene)s as barrier and passivation layer is limited by the high tensile...
This paper reports a novel and reliable process to prepare ultra-thin parylene film based on a princ...
Parylene, a non-critical, non-toxic layer material, which is not only a candidate for low-(K) diele...