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ELECTROSTATIC DISCHARGE AND ANTISTATIC

Kulkami and others at Americhem, Inc., Cleveland, OH, USA described blends of P(ANi) with thermoplastics such as PVC, Nylon and PMMA, where P(ANi) loadings of 15 to 30 v/v% gave claimed conductivities of 10 to 20 S/cm [273] these blends have been described in an earlier chapter. An alternative method of fabrication of such conductive blends described by these workers was dispersion in a liquid (solvent or sol), usable with such thermoplastics as PET, polycarbonate, acrylics and PETG. These workers found that the requirements for antistatic or electrostatic discharge (ESD) coatings of ca. 10 to 10 Q/square resistivity and transparency in the 40% region could be met easily with these P(ANi)/thermoplastic blends. [Pg.531]

The BASF group has attempted to market antistatic conductive film based on poly(pyrrole) coatings [876]. Additionally, several Japanese camera and semiconductor companies, e.g. Konica and Hitachi, have patented ESD technology for photofilm and semiconductor applications based on CPs, primarily P(ANi) [877, 878]. The semiconductor applications include packaging and handling of semiconductor wafers and magnetic disks. [Pg.532]


See other pages where ELECTROSTATIC DISCHARGE AND ANTISTATIC is mentioned: [Pg.527]    [Pg.531]   


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